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Occurrence of moulds in drinking water

机译:饮用水中出现霉菌

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Aims: In order to determine the occurrence of filamentous fungi in public drinking water systems in Norway, water from 14 water supply networks from all over the country was sampled and analysed. Networks with both ground and surface water sources were included in this study. Methods and Results: During a one-year period, 273 water samples were collected. Frequencies of fungi in samples from raw water, treated water and from home and hospital installations were determined on the basis of incubation of 100 ml membrane-filtered samples on dichloran 18% glycerol agar media. Filamentous fungi were recovered from 62% of all samples. In ground water 42.3% of the samples were positive for mould growth, while surface waters yielded 69.7% positive samples. Conclusions: The risk to recover moulds from surface water is three times higher compared with ground water. It is more likely to detect moulds in cold waters and showers than in hot waters. Significance and Impact of the Study: By analysing the water reaching the consumers, the results reported in present study indicate that filamentous fungi in drinking water is not negligible, and that moulds should be considered as part of the microbiological analysis parameters in drinking water.
机译:目的:为了确定丝状真菌在挪威公共饮用水系统中的存在,对来自全国14个供水网络的水进行了采样和分析。这项研究包括具有地下水和地表水源的网络。方法和结果:在一年的时间内,收集了273个水样。在100 ml膜过滤的样品在18%的甘油二氯氯仿培养基上温育的基础上,确定了原水,处理后的水以及家庭和医院设施中样品中的真菌频率。从所有样品的62%中回收了丝状真菌。在地下水中,有42.3%的样品对霉菌生长呈阳性,而地表水则产生69.7%的阳性样品。结论:从地表水中回收霉菌的风险是地下水的三倍。与在热水中相比,在冷水和淋浴中更容易发现霉菌。研究的意义和影响:通过分析到达消费者的水,本研究报告的结果表明饮用水中的丝状真菌不可忽略,霉菌应被视为饮用水中微生物分析参数的一部分。

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