外贝加尔边疆区未开发地区蜱虫感染的特点

E. K. Lagunova, M. Khasnatinov, G. Danchinova
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引用次数: 0

摘要

背景。被伊科蜱叮咬而传染给人类的疾病仍然是一个紧迫的公共卫生问题。在这项工作中,我们探索了位于奇科伊河流域的蜱虫传染病自然病灶,该流域是贝加尔湖自然保护区缓冲区的一部分。描述奇科伊河流域(俄罗斯联邦外贝加尔边疆区)生态系统中蜱传病原体的现代多样性和流行情况。13 个采样点位于整个奇科伊河谷的典型生物群落中。总共研究了 48 只成年 Ixodes persulcatus 蜱、1 只雌性 Haemaphysalis concinna 蜱和 38 只小型哺乳动物标本。使用多重实时 PCR 对所有样本进行了检测,以确定是否感染了七种蜱媒病原体。在 H. concinna 标本中未检测到病原体。在蜱虫和啮齿动物体内均未检测到西伯利亚蜱和黑龙江蜱。在 I. persulcatus 中,蜱传脑炎病毒(TBEV)和包柔氏梭菌(Borrelia burgdorferi s. l.)的感染率分别为 39.5%、16.7%、8.3% 和 2.1%。在受感染的蜱虫中,有 6.2% 同时感染了勃氏菌和噬细胞甲虫。确定了四种啮齿动物宿主的蜱虫和感染:Myodes rufocanus(44.7%)、Apodemus peninsulae(39%)、Microtus oeconomus(13.2%)和 M. rutilus(2.6%)。啮齿类动物中的勃氏双球菌(B. burgdorferi s. l.)的平均感染率为 39.5%,宫本双球菌(B. miyamotoi)为 28.9%,埃里希氏菌(Ehrlichia sp.)为 21.1%,噬菌体(A. phagocytophilum)为 18.4%。5.3%的啮齿动物体内检测到 TBEV。I.persulcatus的广泛传播以及啮齿动物感染宿主和蜱虫的大量存在表明,蜱传疾病的自然病灶广泛分布在奇科伊河流域。
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Characteristics of tickborne infections in the underexplored areas of the Trans-Baikal Territory
Background. Infections transmitted to humans by the bites of ixodid ticks remain an urgent public health problem. In this work we explored the natural foci of tickborne infections located in the valley of the Chikoy River, which is a part of the buffer zone of the Baikal natural territory.The aim. To characterize the modern diversity and prevalence of tick-borne pathogens in the ecosystems of the valley of the Chikoy River (Trans-Baikal Territory, Russian Federation).Materials and methods. Thirteen sampling sites were located in typical biotopes throughout the Chikoy valley. In total 48  adult Ixodes persulcatus ticks, 1  female Haemaphysalis concinna tick and 38 specimens of small mammals were studied. All samples were tested for infection with seven tick-borne pathogens using multiplex real-time PCR.Results. No pathogens were detected in the H. concinna specimen. No R. sibirica and R. heilongjiangensis were detected both in ticks and in rodents. Among I. persulcatus, tick-borne encephalitis virus (TBEV), and the prevalence of Borrelia burgdorferi s. l. comprised 39.5 %, A. phagocytophilum – 16.7 %, B. miyamotoi – 8.3 % and Ehrlichia sp. – 2.1 %. Among infected ticks 6.2 % were co-infected with B. burgdorferi s. l. and A. phagocytophilum. Four rodent hosts of ticks and infections were identified: Myodes rufocanus (44.7  %), Apodemus peninsulae (39  %), Microtus oeconomus (13.2  %) and M.  rutilus (2.6  %). Mean prevalence of B.  burgdorferi  s.  l. in  rodents comprised 39.5 %, B. miyamotoi – 28.9 %, Ehrlichia sp. – 21.1 % and A. phagocytophilum – 18.4 %. TBEV was detected in 5.3 % of rodents.Conclusion. At least five tick-borne pathogens circulate in the Chikoi River valley, i. e. TBEV, B. burgdorferi sensu lato, A. phagocytophilum, B. miyamotoi and Ehrlichia sp. The wide spread of I. persulcatus and abundance of competent rodent hosts of infections and ticks indicates that natural foci of tick-borne diseases are widely distributed in the Chikoi River valley.
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