[(INFESTATION OF FISHES OF THE FAMILY CYPRINIDAE IN THE FOCI OF TREMATODES OF THE ECOSYSTEM OF THE BELAYA RIVER (THE REPUBLIC OF BASHKORTOSTAN)].

A V Ushakov, R G Fattakhov, T F Stepanova
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Abstract

In the ecosystem of the Belaya River, fishes of the family Cyprinidae were infected with three epidemically important species oftrematodes of the family Opisthorchidae: Opisthorchisfelineus, Metorchis bilis, and Pseudamphistomum truncatumn. No biotopes of mollusks of the genus Codiella were detected. The contamination of underyearlings with-Ofelineus and M.bilis metacercariae indicates that there are cores of opisthorchiasis and metorchiasis (M.bifis) foci in the ecosystem of the lower course of the river. The presence of biotopes of the genus Bithynia mollusks, the first intermediate host.for P. truncatum, in the waters, but the absence of fishes infected with P.truncatum metacercariae among the examined under- yearlings may lead to the conclusion that there are no cores of pseudamphistomiasis foci. Infestation of onein 97 older individual muvarica (Albumus alburnus) with trematode metacercariae is evidence of its infection outside the floodplain river ecosystems of the Belaya River and subsequent migration of the fish into the lowerreaches of the river, where a barren zone of a pseudamphistomiass focus is formed. In this ecosystem there is a risk of human infection with epidemically important species of trematodes of the family Opisthorchidae (O.felineus, M.bifis, and P.truncatum)-when eating the fish caught in the river, its tributaries, and floodplain waterbodies. When identifying the metacercariae and detecting the natural foci of trematodes, it is necessary to take into account the fact that the fishes of the family Cyprinidae in the river ecosystem have four types of Opisthorchis metacercariae (after D.A.Razmashkin).

[(贝拉亚河(巴什科尔托斯坦共和国)生态系统吸虫疫源地鲤科鱼类的侵染]。
在Belaya河生态系统中,鲤科鱼类感染了3种具有流行意义的吸虫:Opisthorchisfelineus、Metorchis bilis和pseudoamphistomum truncatumn。未发现Codiella属软体动物的生物区系。幼鱼被- ofelineus和M.bilis metaccarcaries污染,表明在河流下游生态系统中存在蛇胸蚴病和毛蚴病(M.bifis)疫源地。存在的生物群落的Bithynia软体动物属,第一个中间宿主。但在检查的未满周岁的幼鱼中,没有发现感染了圆头绦虫囊蚴的鱼,这可能导致没有假amphistomasis灶的核心。1 / 97的老年白鲟个体感染吸虫囊蚴是其在贝拉亚河河漫滩河流生态系统外感染的证据,随后这种鱼迁移到河的下游,在那里形成了一个假amphistomiass焦点的贫瘠地带。在这一生态系统中,人类在食用在河流、其支流和洪泛区水体中捕获的鱼类时,存在感染具有流行意义的吸虫科重要物种的风险。在鉴定囊蚴和检测吸虫自然疫源地时,需要考虑河流生态系统中鲤科鱼类有四种类型的Opisthorchis metacercariae (d.a.l razmashkin)。
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