[饮用水中沙门氏菌的发生(作者译)]。

H E Müller
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引用次数: 0

摘要

1977年6月至1979年5月,根据trinkwasserer - verordnung的规定,对不伦瑞克下萨克森州不同地区的7187份饮用水样本进行了调查。细菌学结果见表1和表2。从三个饮用水样本和一个市政饮用水管道污泥样本中分离出沙门氏菌(另见表2)。其他实验证实,在污泥中可能生长沙门氏菌和其他肠杆菌(图1和2)。这些发现涉及一些考虑:大肠杆菌和大肠菌群是trinkwasserer - verordnung最重要的微生物水质指标。当指示剂密度较低(每100毫升少于1个)时,假定病原体存在的可能性也很低。但问题是到底有多低。根据原污水中大肠杆菌与沙门氏菌的比值约为10,可以估计出危险因素(6)。但在污水处理厂的流出物中,这种关系已经减少到10(3),而在消毒不充分的饮用水中,这种关系似乎经常是10(2)。例如,我们在两年内发现了四种沙门氏菌血清型和408种大肠杆菌。因此,判断饮用水样品中是否存在大肠杆菌或大肠菌群,对今后通过消毒改善水质有重要影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[The occurrence of salmonellae in drinking water (author's transl)].

A total of 7187 samples of drinking water from different areas of the Lower Saxonian District of Braunschweig was investigated according to regulations of the Trinkwasser-Verordnung during June 1977 and May 1979. The bacteriological results are given in Tab. 1 and 2. Salmonellae were isolated in three samples of drinking water and in one sample of sludge from a municipal pipe of drinking water (see also Tab. 2). Additional experiments confirm that growth of salmonellae and other enterobacteria is possible in that sludge (Fig. 1 and 2). These findings implicate some considerations: E. coli and coliforms are the most important microbial water quality indicators of the Trinkwasser-Verordnung. It is presupposed that, when the indicator density is low (less than 1 per 100 ml) the probability that pathogen are present also will be very low. But the question is how low. The risk factor may be estimated on the base of the E. coli-Salmonella ratio in raw sewage of about 10(6). But this relation lessens already in effluents of sewage treatment plants to 10(3) and it seems to be often 10(2) in inadequately disinfected drinking water. For example, we have found four Salmonella serotypes and 408 E. coli during two years. Therefore, the judgement of the presence of E. coli or coliforms in samples of drinking water must impact highly on the improvement of the water quality by disinfection in future.

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