首页> 外文期刊>Veterinary Parasitology >Conflicting results of serological, PCR and microscopic methods clarify the various risk levels of canine babesiosis in Slovakia: a complex approach to Babesia canis diagnostics.
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Conflicting results of serological, PCR and microscopic methods clarify the various risk levels of canine babesiosis in Slovakia: a complex approach to Babesia canis diagnostics.

机译:血清学,PCR和显微方法的结果相互矛盾,阐明了斯洛伐克犬巴贝西斯病的各种风险水平:诊断巴贝斯犬的复杂方法。

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We have performed a survey of Babesia canis prevalence within group of dogs living in Southern and Western Slovakia. Blood samples and sera from 217 dogs, including individuals suspected of having babesiosis, were examined by nested PCR-RFLP, light microscopy and indirect fluorescence antibody test (IFAT). The detection of B. canis DNA revealed the highest number of infected dogs in the region of Nove Zamky, with 23 B. canis-positive blood samples (35.4%, n=65), followed by an area close to Komarno (both areas of Southern Slovakia), where 1 dog out of 52 collected (1.9%) had detectible B. canis DNA in the blood stream. The serological method revealed an opposing pattern, with only 3 dogs (4.8%, n=63) sampled at Nove Zamky presenting IgG antibodies against B. canis, while in Komarno region such antibodies were detected in 15 dogs (28.8%, n=52). This discrepancy may be because the majority of samples from Nove Zamky were dogs suspected of an acute phase of canine babesiosis, whereas dogs at Komarno were sampled during a vaccination campaign, and thus were without any clinical signs of the disease. The latter group contains evidently recovered carriers of IgG against B. canis. Hence, the combination of PCR-based and serological methods enabled us to discover both recently infected as well as recovered dogs, thus obtaining a more realistic view on the epidemiological situation. Remarkably, we did not find any positive samples in the vicinity of Stupava (district Malacky, Western Slovakia), either by PCR-RFLP, microscopy or IFAT (n=100). Considering the numerous falsely diagnosed cases of canine babesiosis, we suggest that light microscopy as the simplest and most accessible diagnostic test. Southern Slovakia was confirmed as an area of high risk of canine babesiosis, whereas conclusions about B. canis spreading over Western Slovakia should be considered with wariness.
机译:我们已经对生活在斯洛伐克南部和西部的狗群中的犬贝贝菌病患病率进行了调查。通过巢式PCR-RFLP,光学显微镜和间接荧光抗体测试(IFAT)检查了217只狗的血液样本和血清,包括怀疑患有巴贝西斯病的个体。对犬双歧杆菌DNA的检测显示,在Nove Zamky地区感染的狗数量最多,有23例犬双歧杆菌阳性血样(35.4%,n = 65),其次是靠近Komarno的区域(两个区域)斯洛伐克南部),其中52条收集的狗中有1条(1.9%)在血流中具有可检测的犬双歧杆菌DNA。血清学方法显示出相反的模式,在Nove Zamky采样的仅3只狗(4.8%,n = 63)呈现针对犬双歧杆菌的IgG抗体,而在Komarno地区,在15只狗中检出了此类抗体(28.8%,n = 52) )。这种差异可能是因为Nove Zamky的大多数样本是怀疑是犬贝贝病急性期的狗,而Komarno的狗是在疫苗接种活动中取样的,因此没有该疾病的任何临床体征。后者含有明显回收的针对犬双歧杆菌的IgG载体。因此,基于PCR的方法和血清学方法的结合使我们能够发现最近被感染的狗以及已康复的狗,从而对流行病学情况有了更现实的认识。值得注意的是,通过PCR-RFLP,显微镜或IFAT(n = 100),我们在Stupava(斯洛伐克西部的Malacky区)附近未发现任何阳性样品。考虑到许多错误诊断的犬幼犬病病例,我们建议将光学显微镜作为最简单,最容易获得的诊断方法。斯洛伐克南部被确认为犬科贝贝病高危地区,而有关犬双歧杆菌在斯洛伐克西部蔓延的结论应谨慎考虑。

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