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Spatial and temporal changes in Lutzomyialongipalpis abundance a Leishmania infantum vector in anurban area in northeastern Argentina

机译:发光菌的时空变化longipalpis丰富婴儿利什曼原虫载体阿根廷东北部市区

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摘要

This study aimed to analyse changes in the spatial distribution of Lutzomyia longipalpis in Posadas, an urban area located in northeastern Argentina. Data were obtained during the summer of 2007 and 2009 through two entomological surveys of peridomiciles distributed around the city. The abundance distribution pattern for 2009 was computed and compared with the previous pattern obtained in 2007, when the first human visceral leishmaniasis cases were reported in the city. Vector abundance was also examined in relation to micro and macrohabitat characteristics. In 2007 and 2009, Lu. longipalpis was distributed among 41.5% and 31% of the households in the study area, respectively. In both years, the abundance rates at most of the trapping sites were below 30 Lu. longipalpis per trap per night; however, for areas exhibiting 30-60 Lu. longipalpis and more than 60 Lu. longipalpis, the areas increased in both size and number from 2007-2009. Lu. longipalpis was more abundant in areas with a higher tree and bush cover (a macrohabitat characteristic) and in peridomiciles with accumulated unused material (a microhabitat characteristic). These results will help to prioritise and focus control efforts by defining which peridomiciles display a potentially high abundance of Lu. longipalpis.
机译:这项研究的目的是分析位于阿根廷东北部城市波萨达斯(Posadas)的长腔Lutzomyia longipalpis空间分布的变化。数据是在2007年夏季和2009年夏季通过对整个城市分布的蠕虫进行的两次昆虫学调查获得的。计算了2009年的丰度分布模式,并将其与2007年以前的模式进行比较,当时该城市报告了第一例人类内脏利什曼病病例。还检查了与微观和宏观栖息地特征相关的向量丰度。陆在2007年和2009年。 longipalpis分别分布在研究区域的41.5%和31%的家庭中。在这两年中,大多数诱集点的丰度都低于30 Lu。每个陷阱每晚longipalpis;但是,对于表现出30-60 Lu的区域。 longipalpis和60多卢。从2007年到2009年,这些区域的面积和数量均增加了。鲁。在树木和灌木覆盖较高的区域(宏观栖息地特征)和未积累的材料(微栖息地特征)的蠕虫中,longipalpis更为丰富。这些结果将有助于确定哪些蠕虫病可能显示出很高的Lu含量,从而有助于确定控制重点和重点。 longipalpis。

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