贝尔格莱德流行病学区牛布氏科希氏菌血清流行率

J. Zutic, D. Vojinovic, S. Stanojević, B. Kureljušić, V. Milićević, J. Kureljusic, L. Spalević
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摘要

q热是一种由专性胞内病原菌伯氏克希菌引起的人兽共患病。该病菌最显著的特点是在环境中具有耐药性和稳定性,具有气溶胶传播的可能性,感染剂量极低。伯氏原体可以感染家畜和野生动物、啮齿动物、鸟类和蜱虫。动物的Q热通常是无症状的,尽管它可以导致怀孕期间的生殖障碍。人类感染的主要途径是吸入受污染的气溶胶和粉尘。血清学研究表明,在贝尔格莱德流行病学区牛的血清样本中存在伯纳蒂胞杆菌抗体。农场种牛血清阳性率为18%,个体种牛血清阳性率仅为1.5%。在农场饲养的奶牛中,流产率为49%,而在个体饲养的奶牛中,流产率仅为1.9%。总体结果表明,在贝尔格莱德流行病学区,这种病原体在牛中传播,不仅对牛,而且对人类,特别是与动物打交道的人构成健康风险。Q热控制项目通常建议对动物进行血清学研究和接种疫苗。因此,有必要制定实施Q热生物安全措施和预防措施的战略。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Seroprevalence of Coxiella burnetii in cattle in the Belgrade epizootiological area
Q-fever is antropozoonosis which is caused by Coxiella burnetii, obligate intracellular pathogen. The most significant characteristics of this pathogen are resistance and stability in the environment, possibility of aerosol dissemination, and very low infective dose. C. burnetii can infect domestic and wild animals, rodents, birds and ticks. Q fever in animals is generally asymptomatic, although it can lead to reproductive disorders during pregnancy. The main route of infection in humans is inhalation of contaminated aerosol and dust. Serological studies have shown the presence of antibodies to C. burnetii in the serum samples of cattle in Belgrade epizootiological area. Seroprevalence of 18% was found in farm bred cattle, while it was only 1.5% in individual breeding. In farm bred cows that have suffered abortion prevalence was 49%, and only 1.9% in individual breeding. The overall results indicate that the circulation of this pathogen in cattle, in Belgrade epizootiological area, poses a health risk, not only to the cattle, but also to the humans, especially persons working with animals. Q fever control programs most often recommend serological research and vaccination of animals. Accordingly, it is necessary to define a strategy for the implementation of biosecurity measures and preventive measures against Q fever.
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