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首页> 外文期刊>Research in Veterinary Science >Neotropical wild rodents Akodon and Oligoryzomys (Cricetidae: Sigmodontinae) as important carriers of pathogenic renal Leptospira in the Atlantic forest, in Brazil
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Neotropical wild rodents Akodon and Oligoryzomys (Cricetidae: Sigmodontinae) as important carriers of pathogenic renal Leptospira in the Atlantic forest, in Brazil

机译:NeoTropical野生啮齿动物Akodon和Oligoryzomys(克里克尼德:Sigmodontinae)作为大西洋森林的致病性肾盂血清素的重要载体,在巴西

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摘要

Leptospirosis is an important worldwide zoonosis, caused by a bacterium of the genus Leptospira. For a better understanding of the disease, it is relevant the application of the one health concept. The Atlantic Forest is considered a biodiversity hotspot, with a great endemism of species and despite its importance and proximity to urban areas, the potential role of its fauna as carriers of infectious agents is still poorly understood. Although it is well-known that rats and mice are key reservoirs of leptospires, particularly Rattus norvegicus, wild rodents have also been revealed as reservoirs of leptospiral strains. Thus, the purpose of this study was to investigate the role of the sigmodontine rodents from genera Akodon and Oligoryzomys as pathogenic Leptospira carriers in the Atlantic Forest. We studied 52 Akodon spp. and 15 Oligoryzomys spp. from three areas. Overall 30% were PCR-positive for pathogenic Leptospira, 27% (14/52) Akodon spp. and 40% (6/15) Oligoryzomys spp. DNA sequencing of LipL32 gene confirmed nine species as pathogenic Leptospira. This remarkable incidence of leptospiral carriage within wild genera emphasizes the role of these rodents as carriers of leptospires throughout in this environment.
机译:钩端螺旋体病是一种重要的全球性动物病,由leptospira属的细菌引起。为了更好地理解这种疾病,它与一个健康概念的应用相关。大西洋森林被认为是一种生物多样性热点,具有良好的物种的民族,尽管其对城市地区的重要性和靠近,但其动植物的潜在作用是传染性代理人的载体仍然很清楚。虽然众所周知,大鼠和小鼠是瘦斑岩的关键储层,特别是Rattus norvegicus,野生啮齿动物也被揭示为乳化力菌株的储层。因此,本研究的目的是探讨Sigmodontine啮齿动物从Genera Akodon和Oligoryzomys作为大西洋森林中的病原乳螺旋翼载体的作用。我们研究了52个Akodon SPP。和15个Oligoryzomys SPP。从三个方面。总共30%是致病性Leptospira的PCR阳性,27%(14/52)Akodon SPP。 40%(6/15)Oligoryzomys SPP。 LiPl32基因的DNA测序证实了九种物种作为致病性百耳螺柱。野生属在野生属内的这种显着性发病率强调了这些啮齿动物作为这种环境中睑作的载体的作用。

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