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引入欧洲的松鼠(赤腹松鼠)的大型寄生虫。

Macroparasites of Pallas's squirrels (Callosciurus erythraeus) introduced into Europe.

机构信息

Muséum National d'Histoire Naturelle, Département Ecologie et gestion de la biodiversité, UMR 7204 CERSP MNHN-CNRS-P6, 61 rue Buffon, CP 53, 75231 Paris Cedex 05, France.

出版信息

Vet Parasitol. 2010 Aug 27;172(1-2):172-6. doi: 10.1016/j.vetpar.2010.04.021. Epub 2010 Apr 24.

Abstract

Introduced pets released in natura can lead to sanitary risks for native fauna and humans. We analysed the macroparasite fauna of a total of 49 Pallas's squirrels, Callosciurus erythraeus, from two populations introduced into urbanised areas in Europe (n=16 female symbol and 13 male symbol from Antibes, France, 43 degrees 33'N-7 degrees 7'E; n=11 female symbol and 9 male symbol in from Dadizele, Belgium, 50 degrees 52'N-3 degrees 5'E). Of the 185 identified ectoparasites from Antibes, 183 were sucking lice Enderleinellus kumadai, with male squirrels 10 times more intensely infested than females. The flea Nosopsyllus fasciatus was found on two hosts. No hard ticks were recovered. Of the 131 arthropods specimens from Dadizele, 45 belonged to E. kumadai, with male squirrels three times more intensely infested than females. Eighty-six arthropods belonged to another sucking louse, Hoplopleura erismata, with males infested twice as intensely as females. No fleas or hard ticks were found. We only found 12 immature Hymenolepis sp. cestodes in the small intestine of three squirrels from Antibes and two immature Mastophorus sp. female nematodes in the stomach of a squirrel from Dadizele. We found no other helminths in the body cavity, heart, lung, liver, kidney or bladder. The macroparasite fauna of these two squirrel populations is consistent with what is expected from an introduced host, i.e., a few species dominated by specialist taxa imported with founders. The scarcity of other rodent species in the urbanized areas where Pallas's squirrels were sampled may explain the low variety of newly acquired macroparasites. The discrepancy in sucking lice infestations between males and females could be due to differences in either behaviour or physiology in this non-sexually dimorphic host. Based on the macroparasites found in this study, we expect minimal sanitary risks for both native fauna and humans in urbanized habitats such as those in our study.

摘要

引入的野生动物可能会对当地的动物和人类造成卫生风险。我们分析了总共 49 只松鼠的寄生虫区系,这些松鼠是来自欧洲两个城市地区的引入种群(法国昂蒂布的 16 只雌性和 13 只雄性,北纬 43 度 33',东经 7 度 7';比利时达迪泽勒的 11 只雌性和 9 只雄性,北纬 50 度 52',东经 3 度 5')。在昂蒂布的 185 种鉴定的外寄生虫中,183 种是吸吮虱 Enderleinellus kumadai,雄性松鼠的感染程度比雌性松鼠高出 10 倍。在两个宿主身上发现了跳蚤 Nosopsyllus fasciatus。未发现硬蜱。在达迪泽勒的 131 种节肢动物标本中,45 种属于 E. kumadai,雄性松鼠的感染程度比雌性松鼠高出 3 倍。86 种节肢动物属于另一种吸吮虱 Hoplopleura erismata,雄性感染程度是雌性的两倍。未发现跳蚤或硬蜱。我们只在昂蒂布的 3 只松鼠的小肠中发现了 12 个未成熟的棘球蚴,在达迪泽勒的一只松鼠的胃中发现了 2 个未成熟的 Mastophorus sp. 雌性线虫。我们在体腔、心脏、肺、肝脏、肾脏或膀胱中没有发现其他寄生虫。这两个松鼠种群的寄生虫区系与预期的引入宿主一致,即几种以与建立者一起进口的专性分类群为主导的物种。在采集蓬尾松鼠的城市地区,其他啮齿动物种类的稀少可能解释了新获得的寄生虫种类的多样性较低。雄性和雌性之间的吸吮虱感染程度的差异可能是由于这个非两性异形宿主的行为或生理差异造成的。根据本研究中发现的寄生虫,我们预计在城市栖息地(如我们的研究)中,对当地动物和人类的卫生风险最小。

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