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An improved method for the extraction and quantification of adult Echinococcus from wildlife definitive hosts

机译:一种从野生动物最终宿主中提取和定量成人棘球oc虫的改进方法

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摘要

The scraping and counting technique (SCT), with sensitivity values close to 100 %, has been the protocol recommended by global regulatory bodies for the extraction of Echinococcus cestodes from the intestines of wild carnivores. The proposed scraping, filtration and counting technique (SFCT) maintained the sensitivity (p = 0.801, α = 0.05) and increased the efficiency of sample processing. SCT had sensitivity and negative predictive value of 91 and 97 %, respectively, when compared to SFCT. The SFCT significantly decreased processing time (p = 0.0001, α = 0.05) for each sample. The SFCT took an average of 68.5 min less to quantify than SCT, as the SFCT samples consistently contained less debris. The SFCT is therefore appealing for general post-mortem surveillance, to determine if prevalence and intensity of infection are changing in an established region, or if these important parasitic zoonoses are newly established in a region or host species.
机译:灵敏度值接近100%的刮擦和计数技术(SCT)已被全球监管机构推荐用于从野生食肉动物的肠中提取肠棘球oc的协议。提出的刮擦,过滤和计数技术(SFCT)保持了灵敏度(p = 0.801,α= 0.05),并提高了样品处理效率。与SFCT相比,SCT的敏感性和阴性预测值分别为91%和97%。 SFCT显着缩短了每个样品的处理时间(p = 0.0001,α= 0.05)。由于SFCT样本始终包含较少的碎片,因此SFCT的量化时间平均比SCT少68.5分钟。因此,SFCT呼吁进行一般的死后监测,以确定在已建立区域内感染的流行程度和强度是否正在改变,或者这些重要的寄生虫人畜共患病是否在该区域或宿主物种中新建立。

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