尼日利亚Zaria Metropolis地区非发酵和发酵乳制品(kinindirmo、Mai-Shanu和Nono)中总大肠菌群数量的评估

L. L. Chagwa, J. Kwaga, P. Mamman
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引用次数: 0

摘要

大肠菌群检测在乳制品生产中有着悠久的历史,并有助于确定未经巴氏消毒和巴氏消毒的乳制品的不卫生状况。本研究旨在评估生牛奶和奶制品(牛乳、麦乳和nono)中大肠菌群的污染水平。从扎里亚市选定的4个富拉尼畜群(达马里、马尔瓦、图顿-蒙齐拉和乌奇奇里)和4个牛奶市场(卡苏旺-马塔、光吉拉、萨马鲁和图顿-瓦达)共采集了106份原料奶、106份金迪莫、106份迈沙努和108份诺诺,共426份样品,所有样品均采用细菌学方法进行了检测。大肠菌群计数采用Tukey软件包进行单因素方差分析(ANOVA),记录为平均大肠菌群计数(CFU/ML)。乳类产品(生乳、牛乳、麦山牛、牛乳)大肠菌群总体平均值分别为98.88±7.68 × 108 CFU/ML、60.19±5.49 × 108 CFU/ML、60.36±5.50 × 108 CFU/ML和73.5±7.09 × 108 CFU/ML。原料奶的平均大肠菌群数量与三种产品(牛乳、麦山牛和牛乳)差异显著(p≤0.05)。大肠菌群负荷在60.19±5.49 × 108 CFU/ML至98.88±7.68 × 108 CFU/ML之间。本研究呼吁教育不同生产层次的奶农和牛奶零售商在价值链上处理牛奶的卫生方式,以尽量减少牛奶和奶制品的不必要污染,这对公共卫生具有重要意义。
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Evaluation of Total Coliform Counts in Non-Fermented and Fermented Cow Milk Products (Kindirmo, Mai-Shanu and Nono) in Zaria Metropolis, Nigeria
Testing for coliforms has a long history in dairy production, and has helped to identify the unsanitary condition of unpasteurized and pasteurized milk products. The study was performed to evaluate the level of coliform bacterial contamination in raw cow milk and milk products (kindirmo, mai-shanu, and nono). A total of 426 samples comprising 106 raw milk, 106 kindirmo, 106 mai-shanu and 108 nono were obtained from four selected Fulani herds (Damari, Marwa, Tudun-Muntsira, and Wuciciri) and four milk markets (Kasuwan-Mata, Kwangila, Samaru and Tudun-Wada) in Zaria Metropolis, all samples were tested using the bacteriological method. Coliform counts were analyzed using the one-way analysis of variance (ANOVA) using Tukey package and recorded as mean coliform counts (CFU/ML). The overall mean coliform counts for the milk products (raw milk, kindirmo, mai-shanu, and nono) were 98.88 ± 7.68 x 108 CFU/ML, 60.19 ± 5.49 x 108 CFU/ML, 60.36 ± 5.50 x 108 CFU/ML and 73.5 ± 7.09 x 108 CFU/ML respectively. The mean coliform counts for raw milk were significantly different (p ≤ 0.05) from the three products (kindirmo, mai-shanu and nono). The study revealed heavy coliform bacterial load, ranging between 60.19 ± 5.49 x 108 CFU/ML and 98.88 ± 7.68 x 108 CFU/ML. This study calls for educating farmers and milk retailers at different levels level of production on the hygienic way of handling milk along the value chain to minimize unnecessary contamination of milk and milk products which can be of public health significance.
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