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Segmental Sedimentation and Counting Technique (SSCT): An adaptable method for qualitative diagnosis of Echinococcus multilocularis in fox intestines

机译:节段性沉降和计数技术(SSCT):一种定性诊断狐肠多球棘球method虫的适应性方法

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摘要

A modified Segmental Sedimentation and Counting Technique (SSCT) to examine the presence of Echinococcus multilocularis helminths in segments of fox (Vulpes vulpes) intestine is described and compared to the "gold standard", SCT. Out of the 358 intestines collected, 117 were E. multilocularis positive. Using SSCT methods we compare the sensitivity of individual or pairs of segments to establish a tradeoff between saving time and the reliability of the diagnosis, especially in areas with low infection intensities. The results show that the analysis of segment S4 associated with segment S1 or S2 give 98.3% sensitivity, with specificity close to 100%. Based on our results and the time saved, we recommend using SSCT for routine examination of fox intestines for large epidemiological studies, particularly where the endemic prevalence of E. multilocularis is low or unknown
机译:描述了一种改进的分段沉积和计数技术(SSCT),用于检查狐狸(Vulpes vulpes)肠段中棘叶棘球oc虫的存在,并将其与“金标准” SCT进行比较。在收集的358个肠道中,有117个为多眼大肠杆菌阳性。使用SSCT方法,我们比较了单个或成对区段的敏感性,以在节省时间和诊断的可靠性之间进行权衡,尤其是在感染强度较低的地区。结果表明,与片段S1或S2相关的片段S4的分析给出了98.3%的灵敏度,特异性接近100%。根据我们的结果和节省的时间,我们建议使用SSCT对狐肠进行常规检查以进行大型流行病学研究,尤其是在多叶眼肠球菌的地方流行率较低或未知的地方

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