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Bacteriological Contamination Detection in Water and Wastewater Samples Using OD600

机译:使用OD600检测水和废水样品中的细菌污染

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The effectiveness of disinfection, as well as microbiological composition of water, are assessed by microbiological tests. The analysis usually takes from 24 to 48 hours. During this time the water produced at the water treatment plant has already been fed to the water supply system. In order to reduce the risk of bacteriological contamination, higher concentrations of disinfectants are maintained. Considering the fact that water supply systems use retention tanks with retention times of from 5 to 12 hours, microbiological tests should give the result in shorter time than water retention time in the water tanks. The aim of the study was to determine whether the bacterial community in static liquid medium with the control of absorbance change at 600 nm (OD600) can be applied as a diagnostic method at water treatment plant laboratories. The research on water and wastewater samples has shown that the duration of lag time lambda depends on the approximate amount of bacteria and the initial conditions in liquid media at the start of the experiment. It has been shown that the method can be used in the future for rapid monitoring of bacteriological contamination in the water.
机译:通过微生物测试评估消毒效果以及水的微生物组成。分析通常需要24到48小时。在这段时间内,水处理厂产生的水已被送入供水系统。为了减少细菌污染的风险,保持较高浓度的消毒剂。考虑到供水系统使用的保留时间为5到12个小时的事实,微生物检测结果应比保留在水箱中的时间短。该研究的目的是确定静态液体培养基中细菌群落(控制吸光度变化为600 nm(OD600))是否可以用作水处理厂实验室的诊断方法。对水和废水样品的研究表明,滞后时间λ的持续时间取决于实验开始时细菌的数量和液体介质中的初始条件。已经表明,该方法可以在将来用于快速监测水中的细菌污染。

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