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首页> 外文期刊>Journal of wildlife diseases >Infection patterns in invasive and native snail hosts exposed to a parasite associated with waterfowl mortality in the upper Mississippi River, USA.
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Infection patterns in invasive and native snail hosts exposed to a parasite associated with waterfowl mortality in the upper Mississippi River, USA.

机译:在美国密西西比河上游暴露于与水禽死亡率相关的寄生虫的侵入性和天然蜗牛宿主中的感染方式。

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摘要

Bithynia tentaculata is an aquatic invasive snail first detected in the upper Mississippi River (UMR) in 2002. The snail harbors a number of parasitic trematode species, including Sphaeridiotrema pseudoglobulus, that have been implicated in waterfowl mortality in the region. We assessed the capacity of S. pseudoglobulus cercariae to infect B. tentaculata and native snails found in the UMR. Four snail species (one invasive and three native) were individually exposed to S. pseudoglobulus larvae and all were successfully infected. A subsequent experiment examining infection patterns in invasive and native hosts exposed singly or in mixed treatments revealed no difference in parasite establishment among snail species. Our results add to our understanding of S. pseudoglobulus transmission and provide insight into processes underlying waterfowl disease in the UMR.
机译:Tenthycula Bithynia tentaculata是一种水生入侵蜗牛,于2002年在密西西比河上游(UMR)首次被发现。该蜗牛带有许多寄生性吸虫物种,包括拟南芥(Sphaeridiotrema pseudoglobulus),它们与该地区的水禽死亡率有关。我们评估了尾glo假球菌感染UMR中发现的B. tentaculata和天然蜗牛的能力。分别将四种蜗牛物种(一种侵入性物种和三种原生种)暴露于伪球形葡萄球菌幼虫,并全部成功感染。随后的实验检查了单独或混合处理的侵入性和天然宿主中的感染模式,结果表明蜗牛物种之间的寄生虫建立没有差异。我们的结果加深​​了我们对假球菌传播的了解,并提供了对UMR中水禽疾病潜在过程的深入了解。

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