首页> 外文期刊>Memórias do Instituto Oswaldo Cruz >Identification of the natural breeding sites of sandflies (Diptera: Psychodidae: Phlebotominae), potential vectors of leishmaniasis, in the province of Chaco, Argentina
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Identification of the natural breeding sites of sandflies (Diptera: Psychodidae: Phlebotominae), potential vectors of leishmaniasis, in the province of Chaco, Argentina

机译:查查阿根廷查科省沙f的自然繁殖场所(双翅目:Psychodidae:Phlebotominae),这是利什曼病的潜在媒介

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The aim of this work was to identify the natural breeding sites of sandflies in the province of Chaco, Argentina, for the first time. Preliminary studies were conducted in two different phytogeographic regions: dry Chaco (Parque Provincial Pampa del Indio), in January 2010, and humid Chaco (Resistencia, Margarita Belén and Colonia Benítez), from May-September 2010. A total of 127 samples were collected (Pampa del Indio: 15, Resistencia: 37, Margarita Belén: 36, Colonia Benítez: 39). A female of Migonemyia migonei was found in Pampa del Indio at the base of a bromeliad in the summer (January) and a pupal exuvium of a phlebotomine fly was found in Resistencia, in a place where dogs rested, in the winter (July). These findings highlighted these two sites as potential breeding sites. Because the existence of potential natural breeding sites for sandflies has been demonstrated in both forest and periurban areas, expanding the search efforts and characterising these sites will enable the development of specific study designs to gain insight into the spatial distribution of the risks posed by these vectors. The resulting information will serve as a basis for proposing and evaluating vector control measures.
机译:这项工作的目的是首次确定阿根廷查科省的of类自然繁殖场所。在两个不同的植物地理区域进行了初步研究:2010年1月的干燥Chaco(印度潘帕省德尔潘迪奥省)和2010年5月至9月的潮湿Chaco(Resistencia,MargaritaBelén和ColoniaBenítez)。总共收集了127个样品(潘帕德尔印度(Pampa del Indio):15,抵抗力量:37,玛格丽塔·贝伦(MargaritaBelén):36,科洛尼亚·贝尼特斯(ColoniaBenítez):39。夏季(一月),在凤梨科的基地的潘帕德尔印第奥发现了一个米格莫尼米亚female的雌性,冬天(七月)在一个有狗休息的地方的抵抗抵抗运动中发现了le虫蝇的uv。这些发现强调了这两个地点是潜在的繁殖地点。由于已经在森林和城市周边地区证明了潜在的sand虫自然繁殖地,因此扩大搜索范围并对其进行特征化将有助于特定研究设计的发展,从而深入了解这些媒介所构成的风险的空间分布。所得信息将作为提出和评估病媒控制措施的基础。

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