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Contributory pattern of paper mill effluents on the population and distribution of enteric pathogens in Owerrinta River, Eastern Nigeria

机译:尼日利亚东部Owerrinta河造纸厂废水对肠道病原菌数量和分布的贡献模式

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Wastewater discharge into freshwaters is a major source of pathogens. Relationship between bacterial pathogens in 3 paper mill effluents and recipient Owerrinta River was determined under standard microbiological analysis. The THBC of effluents and River ranged from 1.8 X 105 -7.2 X 106cfu/ml and 2.0 X 103 – 5.5 X 104 cfu/ml while the TCBC ranged from 3.1 X104– 8.8 X 104cfu/ml and 1.0 X 103– 2.0 X 104cfu/ml respectively. Trend in counts for effluents within samples was: Effluent I > Effluent – II > Effluent – III while within river samples was B > C > A. Isolates occurred thus: Escherichia coli (100%), Klebsiella spp. (83.3%), Shigella spp. (66.7%), Salmonella spp. (83.3%), Proteus spp. (33.3%), Pseudomonas spp. (83.3%), Staphylococcus spp. (66.7%), Bacillus spp. (100%), and Citrobacter spp. (11.1%). The effluents contributed to the bacterial load and presence of pathogens, and the counts were above established limits for drinking water
机译:废水排入淡水是病原体的主要来源。通过标准微生物学分析,确定了3种造纸厂废水中的细菌病原体与接收者Owerrinta河之间的关系。废水和河流的THBC范围为1.8 X 105 -7.2 X 106cfu / ml和2.0 X 103 – 5.5 X 104 cfu / ml,而TCBC的范围为3.1 X104– 8.8 X 104cfu / ml和1.0 X 103– 2.0 X 104cfu / ml毫升。样品中流出物的计数趋势为:流出物I>流出物– II>流出物– III,而河流样品中的流出物为B> C>A。因此出现了分离株:大肠埃希菌(100%),克雷伯菌属。 (83.3%),志贺氏菌属。 (66.7%),沙门氏菌属。 (83.3%),变形杆菌属。 (33.3%),假单胞菌属。 (83.3%),葡萄球菌属。 (66.7%),芽孢杆菌属。 (100%)和柠檬酸杆菌属。 (11.1%)。废水增加了细菌含量和病原体的存在,其数量超过了饮用水的既定限制

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