An Assessment of the Presence of Escherichia coli in the roof-collected rainwater from some areas around Nairobi.

M. Mbaka, P. Gathura, F. M. Njeruh, J. Mbaria, P. Kitala, H. K. Kaburia, J. N. Gitahi, J. Macharia, J. Kamau
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引用次数: 1

Abstract

One of the sources of feacal contamination of rainwater harvested from roofs is wind-blown dust containing particulate matter from animal faeces, or through direct defecation. Since the primary habitat for Escherichia coli (E.coli) is the gastro-intestinal tract of mammals and birds (Atlas 1984), it\'s a good indictor of feacal contamination (Hazen, 1988). This study aimed to investigate the presence of E.coli. In rainwater samples collected from roofs in some areas around Nairobi, which have different levels of livestock density. Forty four of the 89 samples collected tested positive for the presence of E.coli from Ngong Division, which had a cattle density of 1446 per square Kilometre was, 55%, but it was not significantly different from both Kikuyu Division: cattle density of 166; both of which had 34% of the samples testing positive to E.coli (p=0.3094). It was concluded that rain water harvested from roofs for human consumption in the study area should be treated before use. The Kenya Veterinarian Vol. 27 2004: pp. 97-102
内罗毕周围一些地区屋顶收集的雨水中大肠杆菌存在的评估。
从屋顶收集的雨水的粪便污染来源之一是来自动物粪便或直接排便的含有颗粒物质的风吹尘埃。由于大肠杆菌(E.coli)的主要栖息地是哺乳动物和鸟类的胃肠道(Atlas 1984),因此它是粪便污染的良好指标(Hazen, 1988)。本研究旨在调查大肠杆菌的存在。在从内罗毕周围一些地区的屋顶收集的雨水样本中,这些地区的牲畜密度不同。在收集的89个样本中,有44个样本的大肠杆菌检测呈阳性,这些样本来自昂贡区,昂贡区的牛密度为每平方公里1446头,为55%,但与基库尤区没有显著差异:牛密度为166头;这两种方法都有34%的样本对大肠杆菌检测呈阳性(p=0.3094)。综上所述,研究区从屋顶收集供人类使用的雨水应在使用前进行处理。肯尼亚兽医卷27 2004年:第97-102页
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