[对多哥供水和配水系统饮用水中沙门氏菌的调查[作者译]。

H W Schubert, P Scheiber
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引用次数: 0

摘要

对来自自来水厂和水井及其分配系统的样本进行的饮用水细菌学检查显示,在26个可分离出沙门氏菌的样本中,有16个样本未发现大肠杆菌和大肠菌群,其中9个样本在20摄氏度和37摄氏度的孵育温度下,菌落计数甚至低于每毫升100个菌落。造成这种污染的常见原因是技术缺陷,主要是井口故障或水库盖破损。彩虹蜥蜴(Agama Agama)在这些地区非常常见,因此可以很容易地进入井和水库并污染地下水。彩虹蜥蜴的肠道中没有恒定和统一的微生物菌群。在大量排泄沙门氏菌的蜥蜴中,相对经常可以发现个体根本没有大肠杆菌和/或大肠菌群,或者只有非常少的数量。根据这些结果,通过井口和水库的安全覆盖对所有供水进行有效的初级保护似乎对热带国家至关重要。这与这些地区最常见的情况形成鲜明对比。在采取必要措施的同时,还必须对房屋内的设施进行改造,以避免建造露天水库。
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[Investigation on the presence of salmonella in drinking water from water supplies and distribution systems in Togo (author's transl)].

Bacteriological drinking water examination of samples from water works and wells as well as from their distribution systems revealed that from 26 samples, where Salmonella organisms could be isolated, in 16 cases E. coli- and coliforms could not be found and that in 9 of these cases even the colony count was below 100 colonies per ml at 20 degrees C and 37 degrees C incubation temperature. The common reasons for such contaminations are technical deficiencies, mostly faulty well-heads or broken covers of reservoirs. Rainbow lizzards (Agama agama), very common in these regions, can thus easily gain access to wells and reservoirs and pollute the groundwater. Rainbow lizzards do not posses a constant and uniform microbial flora of the intestine. Among lizzards which excrete Salmonella organisms in great numbers, relatively often individuals could be found which harbour either no E. coli- and/or coliforms at all or only in very reduced numbers. In the light of these results an efficient primary protection of all water supplies by a secure covering of well-heads and reservoirs in particular seems to be of paramount importance in tropical countries. This is very much in contrast to the situation most commonly seen in these areas. The necessary measures would have to be accompanied and supplemented by alterations of the installations in the house where the creation of open reservoirs must be avoided.

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