尼日利亚埃基蒂州伊科尔和阿多埃基蒂生奶酪和发酵奶酪的近似和细菌学分析

E. Edward, Oluwafemi.K. J.B.
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引用次数: 0

摘要

本研究旨在调查尼日利亚埃基蒂州伊科尔和阿多埃基蒂的生奶酪和发酵奶酪的近似质量和细菌学质量。近似分析结果表明,伊科尔干酪的生干酪含水率为88.20%,高于阿多-埃基蒂干酪。而两个试验点发酵奶酪的水分含量相同,分别为71.09%和71.09%。阿多发酵奶酪的灰分含量为1.06%,高于伊科尔发酵奶酪的灰分含量(0.79%),但伊科尔生奶酪的灰分含量(0.84%)高于阿多生奶酪的灰分含量(0.74%)。Ado和Ikole发酵奶酪的脂肪含量极显著相似,分别为13.04%和13.38%,而Ado生奶酪的脂肪含量(6.99%)显著高于Ikole生奶酪(3.54%)。伊科尔发酵奶酪的平均粗蛋白质含量为9.18%,高于阿多发酵奶酪的平均粗蛋白质含量(8.70%),阿多发酵奶酪的粗蛋白质含量与伊科尔发酵奶酪的平均粗蛋白质含量显著相同,分别为3.88%和3.68%。对产自伊科莱和阿多埃基蒂的生奶酪和发酵奶酪进行细菌学分析,结果显示产自伊科莱和阿多埃基蒂的生奶酪和发酵奶酪的孢子形成和乳杆菌种类安全,但对生奶酪和发酵奶酪中可能引起致病性的霉菌孢子、大肠杆菌、嗜中温细菌、芽孢杆菌、大肠菌群、金黄色葡萄球菌和志贺氏菌的致病性不安全。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Proximate and Bacteriological Analysis of Raw and Fermented Cheese in Ikole and Ado Ekiti, Ekiti State, Nigeria
This study was designed to investigate the proximate and bacteriological quality of raw and fermented cheese in Ikole and Ado Ekiti, Ekiti state, Nigeria. The results of the proximate analysis showed that the moisture content of raw cheese from Ikole was 88.20% and is higher than that from Ado-Ekiti. While the moisture content of fermented cheese from both study sites is the same, 71.09% and 71.09% respectively. The ash content of fermented cheese from Ado was 1.06% and is higher than the ash content of fermented cheese from Ikole which was 0.79%, however, the ash content of raw cheese from Ikole (0.84%) was higher than that of raw cheese from Ado (0.74%). The fat content of fermented cheese from Ado and Ikole was observed to be significantly similar, having a value of 13.04% and 13.38% respectively, while the fat content of raw cheese from Ado was significantly higher (6.99%) than that of raw cheese from Ikole (3.54%). The mean crude protein of fermented cheese from Ikole is 9.18% which is higher than the mean crude protein of fermented cheese from Ado which is 8.70% and the crude protein of raw cheese from Ado and Ikole is significantly the same which is 3.88% and 3.68% respectively. The result of bacteriological analysis of raw and fermented cheese from Ikole and Ado Ekiti safe in terms of spores forming and Lactobacillus species, but not for mould spore, E. coli, Mesophilic bacteria, Bacillus, Coliforms, Staphilococcus aureus and shigella which may cause pathogenicity in raw and fermented cheese products.
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