[Aquatic myxobacteria as indicators in the evaluation of drinking water quality (author's transl))].

W Gräf, G Pelka
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Abstract

Aquatic myxobacteria were shown to be good indicators of surface contamination of drinking water, or water filtered by an inadequate soil profile, both in experiments with sterilized or biologically active soil profiles, resp., and in actual comparison data obtained in practical drinking water analyses. In experimental investigations with artificial profiles, aquatic myxobacteria were retained to a considerably greater degree than E. coli or P. fluorescens due to stronger forces of adhesion. In a number of bacteriological drinking water analyses, this property was confirmed insofar as aquatic myxobacteria could regularly be demonstrated when inspecting hygienically deficient wells or springs. The confirmed presence of E. coli, on the other hand, showed a considerably lesser correlation with the results of on the spot evaluations of hygienic conditions. It must be urgently advised to include the search for aquatic myxobacteria in bacteriological drinking water analyses, since, contrary to the demonstration of E. coli, not only the actual but, in addition, the potential hazard of contamination of drinking water with bacteria present in superficial soil strata is indicated.

[水生黏菌作为评价饮用水水质的指标(作者译)]。
在灭菌或生物活性土壤剖面的实验中,水生黏菌被证明是饮用水表面污染的良好指标,或由不适当的土壤剖面过滤的水。,以及在实际饮用水分析中获得的实际比较数据。在人工剖面的实验研究中,由于粘连力更强,水生粘杆菌比大肠杆菌或荧光假单胞菌保留的程度要大得多。在许多细菌学饮用水分析中,只要在检查卫生缺陷的井或泉时可以定期证明水生黏菌,就证实了这一特性。另一方面,大肠杆菌的确认存在与现场卫生条件评估结果的相关性相当小。必须紧急建议在细菌学饮用水分析中包括对水生黏菌的研究,因为与大肠杆菌的论证相反,不仅表明了实际的,而且表明了存在于浅层土壤中的细菌污染饮用水的潜在危害。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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