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Applicability of the Filter Paper Technique for Detection of Antifilarial IgG4 Antibodies Using the Bm14 Filariasis CELISA

机译:使用Bm14丝虫病CELISA检测滤纸技术检测抗丝状IgG4抗体的适用性

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摘要

Demonstration of successful elimination of lymphatic filariasis (LF) in endemic countries requires sensitive diagnostics for accurate definitions of endpoints and future surveillance. There has been interest in complementing available diagnostics with antibody serology testing in children, since negative serology would correspond with cessation of LF transmission. The Filariasis CELISA detects antifilarial IgG4 and has favourable results with serum samples but field application requires an easier sampling method. Ninety-four paired plasma and filter paper samples were assayed with promising results. The filter paper method resulted in a sensitivity of 92% and a specificity of 77% when compared to the paired plasma. One hundred and one filter paper samples were assessed for storage effects. Following 10-month storage at −20°C there was a significant reduction in reactivity (P < .001). Overall the results indicated that filter paper sampling would be a favourable sensitive and specific alternative for blood collection in surveys.
机译:要在流行国家成功消除淋巴丝虫病(LF),要进行准确的终点定义和未来监测,需要灵敏的诊断方法。对儿童进行抗体血清学检测来补充现有的诊断方法已经引起了人们的兴趣,因为阴性血清学将与LF传播的停止相对应。丝虫病CELISA检测抗丝虫IgG4,对血清样品的检测结果良好,但现场应用需要更简便的采样方法。分析了九十四对血浆和滤纸样品,结果令人满意。与配对血浆相比,滤纸法的灵敏度为92%,特异性为77%。评估了110个滤纸样品的储存效果。在-20℃储存10个月后,反应活性显着降低(P <.001)。总体而言,结果表明滤纸采样将是调查中血液采集的有利的敏感且特定的替代方法。

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