[Isolation of Yersinia enterocolitica from drinking water in South Bavaria].

P R Schindler
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引用次数: 0

Abstract

2429 samples of drinking water supplies in South Bavaria were examined for Yersinia between October 1982 and March 1983. Yersinia enterocolitica was isolated from 82 of 1650 samples of central water supplies and from 42 of 779 samples of decentralized water supplies. Only three of these strains were serotype O3 but indole-positive and different by that from the indole-negative human pathogenic serotype O3 which is most frequent in Western Europe. No strain was serotype O9. Y.e. was more often isolated from water samples which were objected according to the German drinking water decree to contain Escherichia coli, coliforms or increased colony counts. This points thereupon that Y.e. do not originally belong to the saprophytic soil bacteria but reaches the drinking water subsequently by fecal pollution. As compared with ENDO-Agar, CIN-Agar was found the preferable medium with a three times higher isolation rate. In addition, Y. intermedia and Y. frederiksenii were isolated from 20 and 23 samples respectively.

[南巴伐利亚州饮用水中小肠结肠炎耶尔森菌的分离]。
1982年10月至1983年3月期间,对南巴伐利亚饮用水供应的2429个样本进行了耶尔森菌检测。从1650个中心供水样本中的82个和779个分散供水样本中的42个中分离出小肠结肠炎耶尔森菌。这些菌株中只有3株为O3血清型,但吲哚阳性,与西欧最常见的吲哚阴性人致病性O3血清型不同。无血清O9型菌株。e.e.通常是从水样中分离出来的,根据德国饮用水法令,这些水样含有大肠杆菌,大肠菌群或菌落计数增加。由此可见,e.e.原本不属于腐生土壤细菌,而是通过粪便污染进入饮用水。与ENDO-Agar相比,CIN-Agar是较好的培养基,其分离率提高了3倍。此外,从20份和23份样品中分别分离到中间芽孢杆菌和腓特烈芽孢杆菌。
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