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Fate of coliphage in waste water treatment process and detection of phages carrying the Shiga toxin type 2 gene

机译:大肠杆菌在废水处理过程中的命运以及携带志贺毒素2型基因的噬菌体的检测

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Abundances of phages specific to Escherichia coli in the wastewater treatment process were 2. analyzed. Relatively abundant coliphages were detected in sewage influent. Phages in the influent were 0 found both suspended in liquid phase and attached on the solid particles. Phage concentration was not reduced in the setting tank without chemical agglutination. Anaerobic followed by aerobic treatment of the sewage reduced concentration of suspended phages. Almost no phage was detected as a suspended form in the aerobic tank. Most of the phages were detected as attaching form and were excluded by aggregation 0 with sludge. Using an experimental approach based on the detection of Shiga toxin 2 (Stx 2) gene by a phage enrichment culture followed by nested PCR, bacteriophages carrying Stx 2 gene were detected in the influent, settling tank, and anaerobic tank. It was revealed that the presence of phages carrying Stx 2 gene is common in sewage and these phages are effectively eliminated through sewage treatment process. [References: 6]
机译:2.分析了废水处理过程中大肠杆菌特有的噬菌体数量。在污水进水中检测到相对丰富的噬菌体。发现进水中的噬菌体为0,既悬浮在液相中,又附着在固体颗粒上。没有化​​学凝集的情况下,沉淀池中的噬菌体浓度不会降低。厌氧,然后对污水进行好氧处理,降低了悬浮噬菌体的浓度。在好氧池中几乎没有检测到悬浮形式的噬菌体。大多数噬菌体被检测为附着形式,并被污泥的聚集体0排除。使用一种实验方法,该方法基于通过噬菌体富集培养,然后通过巢式PCR检测志贺毒素2(Stx 2)基因,在进水池,沉降池和厌氧池中检测到携带Stx 2基因的噬菌体。揭示了带有Stx 2基因的噬菌体在污水中很常见,并且这些噬菌体通过污水处理过程被有效地消除了。 [参考:6]

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