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Integrated Real-Time PCR for Detection and Monitoring of Legionella pneumophila in Water Systems

机译:集成实时PCR检测和监测供水系统中的嗜肺军团菌

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We evaluated a ready-to-use real-time quantitative Legionella pneumophila PCR assay system by testing 136 hot-water-system samples collected from 55 sites as well as 49 cooling tower samples collected from 20 different sites, in parallel with the standard culture method. The PCR assay was reproducible and suitable for routine quantification of L. pneumophila. An acceptable correlation between PCR and culture results was obtained for sanitary hot-water samples but not for cooling tower samples. We also monitored the same L. pneumophila-contaminated cooling tower for 13 months by analyzing 104 serial samples. The culture and PCR results were extremely variable over time, but the curves were similar. The differences between the PCR and culture results did not change over time and were not affected by regular biocide treatment. This ready-to-use PCR assay for L. pneumophila quantification could permit more timely disinfection of cooling towers.
机译:我们通过测试从55个站点收集的136个热水系统样本以及从20个不同站点收集的49个冷却塔样本,并与标准培养方法并行,评估了一种现成的实时定量嗜肺军团菌PCR测定系统。 PCR检测具有可重复性,适用于嗜肺乳杆菌的常规定量分析。对于卫生热水样品,但对于冷却塔样品,PCR和培养结果之间获得了可接受的相关性。我们还通过分析104个连续样本,对同一座被肺炎链球菌污染的冷却塔进行了13个月的监控。培养和PCR结果随时间变化很大,但曲线相似。 PCR和培养结果之间的差异不会随时间变化,也不受常规杀菌剂处理的影响。这种可用于定量嗜肺乳杆菌的PCR检测方法可允许更及时地对冷却塔进行消毒。

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