论欧洲海狸的寄生动物群

O. Andreyanov, A. Postevoy, A. V. Khrustalyov, E. Sidor, O. Timofeeva
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摘要

本研究的目的是确定居住在俄罗斯中部的欧亚海狸的寄生虫学现状。材料和方法。这项工作是在狩猎农场和俄罗斯中部特别保护区进行的。在2015-2021年期间,收集、记录和保存了动物体内的潜在感染性物质。动物的年龄由体重、牙齿和内脏的生理状态决定,性别由生殖器决定。按照Skryabin的蠕虫学完全和部分解剖方法对动物进行检查。结果和讨论。共检查了41只动物。在自然生境中鉴定出三种动物寄生形式,即吸虫stichchis subtriquetrus、Travassosius rufus和外寄生鸭嘴兽(platypsylus castoris)。35只啮齿动物(85.4%)被诊断为局限于动物大肠的血吸虫病原体。欧亚海狸和加拿大海狸的寄生虫感染率分别为96%和68.7%。胃内检出线虫感染31只(75.6%)。欧亚海狸和加拿大海狸的感染率分别为88%和56.3%。受感染的动物来自弗拉基米尔、莫斯科、梁赞、图拉和雅罗斯拉夫尔地区。在6只动物中检出castoris海狸甲虫(14.6%)。欧亚海狸的感染率为8%,加拿大海狸为25%。在莫斯科和梁赞地区发现了无翅节肢动物。
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On parasite fauna of the European beaver
The purpose of the research is identification of the current parasitological situation for Eurasian beavers inhabiting the Central Russia.Materials and methods. The work was carried out on hunting farms and in specially protected areas of the Central Russia. Potentially infective material was collected, recorded and preserved from animals during 2015–2021. The age of the animals was determined by their weight and physiological state of the rodents’ teeth and internal organs, and the sex was determined by their genitals. The animals were examined according to the method of complete and partial helminthological dissection per Skryabin.Results and discussion. A total of 41 animals were examined. Three forms of parasitism on animals were identified in natural habitat, namely, the trematode Stichorchis subtriquetrus, the nematode Travassosius rufus, and the ectoparasite Platypsyllus castoris. The stichorchosis causative agent localized in the animal’s large intestine was diagnosed in 35 rodents (85.4%). The helminth infection was 96% in the Eurasian beaver and 68.7% in the Canadian beaver. The nematode infection in stomach was detected in 31 animals (75.6%). The infection by T. rufus was 88% in the Eurasian beaver, and 56.3% in the Canadian beaver. The infected animals were delivered from the Vladimir, Moscow, Ryazan, Tula and Yaroslavl Regions. The beaver beetle P. castoris was found in 6 animals (14.6%). The infection rate was 8% in the Eurasian beaver, and 25% in the Canadian beaver. Animals with wingless arthropods have been identified in the Moscow and Ryazan Regions.
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