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自然条件下水蛙和棕蛙体内翼状吸虫(Goeze,1792)的流行率和感染强度。

Prevalence and intensity of Alaria alata (Goeze, 1792) in water frogs and brown frogs in natural conditions.

作者信息

Patrelle Cécile, Portier Julien, Jouet Damien, Delorme Daniel, Ferté Hubert

机构信息

EA 4688 - USC Anses « VECPAR », UFR de Pharmacie, Université de Reims Champagne-Ardenne, 51 rue Cognacq-Jay, 51096, Reims, France.

Sciences&Faunes, Le Moulin, 14470, Marsangle, France.

出版信息

Parasitol Res. 2015 Dec;114(12):4405-12. doi: 10.1007/s00436-015-4680-z. Epub 2015 Aug 29.

Abstract

In the last 15 years, the mesocercariae of Alaria alata have frequently been reported in the wild boar during routine Trichinella inspections made compulsory for the trade of venison meat in Europe. If these studies have focused primarily on mesocercariae isolated from meat, few works have been done so far to understand the circulation of the parasite in natural conditions especially in the intermediate hosts. This study focuses on the second intermediate hosts of this parasite assessing the suitability of two amphibian groups-brown frogs and water frogs sensu lato-for mesocercarial infection on an area where A. alata has already been identified in water snails and wild boars. During this study, both groups showed to be suitable for mesocercarial infection, with high prevalence and parasite burdens. Prevalence was higher in the brown frog group (56.9 versus 11.54 % for water frogs) which would indicate that it is a preferential group for infection on the study area, though reasons for this remain to be investigated. No significant difference among prevalences was observed between tadpoles and frogs. This study, the first focusing on A. alata in these amphibians in Europe, provides further information on circulation of this parasite in natura.

摘要

在过去15年里,在欧洲针对鹿肉贸易强制进行的常规旋毛虫检查中,野猪体内频繁发现翼膜内尾蚴。如果这些研究主要集中于从肉类中分离出的内尾蚴,那么迄今为止,为了解该寄生虫在自然条件下尤其是在中间宿主体内的传播情况所做的工作很少。本研究聚焦于该寄生虫的第二中间宿主,在一个已经在田螺和野猪体内发现翼膜内尾蚴的地区,评估两类两栖动物——棕蛙和广义水蛙——对内尾蚴感染的适宜性。在这项研究中,两类两栖动物均显示适合内尾蚴感染,感染率和寄生虫负荷都很高。棕蛙组的感染率更高(56.9%,而水蛙为11.54%),这表明在研究区域它是优先被感染的群体,不过其原因仍有待研究。蝌蚪和蛙之间的感染率没有显著差异。本研究是欧洲首次聚焦于这些两栖动物体内翼膜内尾蚴的研究,为该寄生虫在自然环境中的传播提供了更多信息。

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