评价6种蓖麻毒素现场检测方法。

Hans-Christian Slotved, Nadja Sparding, Julia Tanas Tanassi, Nina R Steenhard, Niels H H Heegaard
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引用次数: 12

摘要

本研究提供的数据显示了6种商业检测方法对蓖麻毒素的性能,这些检测方法的浓度由生产商指定为检测限。制备20 ng/ml蓖麻毒素2倍稀释系列,用于检测横向流动试剂盒:BADD、Pro Strips™、ENVI、RAID DX、ricin BioThreat Alert和IMASS™设备。6种现场检测方法(IMASS™装置、ENVI检测和生物威胁警报检测)中有3种能够检测到蓖麻毒素,尽管测量的检测限与官方检测限和假阴性结果存在差异。我们无法在我们的实验室中使用BADD、Pro Strips™和RAID检测方法。我们的结论是,当购买现场反应分析时,分析的特异性存在很大差异,必须进行许多内部测试以确保功能。
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Evaluating 6 ricin field detection assays.

This study presents data showing the performance of 6 commercial detection assays against ricin around concentrations specified as detection limits by the producers. A 2-fold dilution series of 20 ng/ml ricin was prepared and used for testing the lateral-flow kits: BADD, Pro Strips™, ENVI, RAID DX, Ricin BioThreat Alert, and IMASS™ device. Three of the 6 tested field assays (IMASS™ device, ENVI assay, and the BioThreat Alert assay) were able to detect ricin, although differences in the measured detection limits compared to the official detection limits and false-negative results were observed. We were not able to get the BADD, Pro Strips™, and RAID assays to function in our laboratory. We conclude that when purchasing a field responder assay, there is large variation in the specificity of the assays, and a number of in-house tests must be performed to ensure functionality.

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