乌干达维多利亚新月湖传统熏鱼的微生物质量

Rubaijaniza Abigaba, J. Nakavuma, C. Kankya, J. Kabasa
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摘要

对传统熏鱼的微生物质量进行了评价,以确定传统熏鱼工艺的有效性和处理条件对熏鱼保质期和安全性的影响。熏制鱼在乌干达是一种流行的保存方法。虽然熏制鱼是一种广泛使用的保存方法,但熏制鱼中存在腐败和致病菌以及食源性疾病仍然是发展中国家的威胁。然而,人们对乌干达熏制鱼的微生物质量知之甚少。据此,对尼罗鲈鱼的腐败状况、卫生状况和病原指示生物状况进行了调查。随机选取75条鲜鱼、新鲜熏鱼和货架熏鱼,分别从到岸地点和市场进行微生物和水分含量分析。采用描述性统计来呈现数据,采用方差分析和Tukey检验来分析数据。研究表明,烟熏过程显著(P<0.05)将新鲜鱼的微生物负荷降低到可接受的水平,尽管新鲜鱼的水分含量在59.2%至66.5%之间。不同地点样品的指示生物的平均微生物负荷(log of cfu/g)从;9.97 - 10.18;7.39 ~ 8.19(好氧嗜中温细菌或TPC), 5.18 ~ 5.27;0 ~ 4.28(总大肠菌群),2.73 ~ 5.55;0 ~ 0.85(大肠杆菌),4.97 ~ 7.32;0 ~ 3.11(金黄色葡萄球菌)和2.21 ~ 4.56;0至0.82(酵母和霉菌),分别为新鲜和熏鱼样本。此外,市场上货架上的熏鱼的平均微生物负荷从;8.2 ~ 10.57 (TPC), 2.8 ~ 6.63(总大肠菌群),0 ~ 6.11(大肠杆菌),6.74 ~ 8.89(金黄色葡萄球菌),0 ~ 5.51(酵母和霉菌)。尽管研究结果表明,传统的熏鱼在一定程度上有效地将微生物负荷降低到可接受的水平,但货架上熏鱼的微生物状况表明鱼的处理和储存不良。因此,强烈建议在熏制期间和熏制后对鱼进行适当处理,以及在消费前进行烹饪,以确保在乌干达消费的熏鱼的保质期和安全性。
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Microbiological Quality of Traditionally Smoked Fish from Lake Victoria Crescent, Uganda
Microbiological quality of traditionally smoked fish was assessed to ascertain the effectiveness of traditional smoking process and handling conditions for smoked fish shelf-life and safety. Fish smoking is a popular preservation method in Uganda. Although fish smoking is a widely used method of preservation, the presence of spoilage and pathogenic bacteria in smoked fish and food borne illnesses remain a threat in developing countries. However, little is known about microbial quality of fish smoked from Uganda. In light of this, the status of spoilage, hygiene and pathogenic indicator organisms in fish (Nile perch) was investigated. A total of 75 randomly selected fresh, freshly smoked, and on shelf smoked fish from landing sites and markets respectively, were obtained for microbial and moisture content analysis. Descriptive statistics was used to present the data, while ANOVA and Tukey tests were used to analyze the data. The study revealed that, the smoking process significantly (P<0.05) reduced microbial load in freshly fish to levels acceptable for consumption, despite the high levels of moisture content in the range of 59.2% to 66.5%. The mean microbial load (log of cfu/g) of indicator organisms for samples from different sites varied from; 9.97 to 10.18; 7.39 to 8.19 (aerobic mesophilic bacteria or TPC), 5.18 to 5.27; 0 to 4.28 (total coliforms), 2.73 to 5.55; 0 to 0.85 ( E. coli ), 4.97 to 7.32; 0 to 3.11 ( S. aureus ), and 2.21 to 4.56; 0 to 0.82 (Yeasts and molds), for fresh and smoked fish samples respectively. Additionally, mean microbial load for on shelf smoked fish from markets varied from; 8.2 to 10.57 (TPC), 2.8-6.63 (total coliforms), 0 to 6.11 ( E. coli ), 6.74 to 8.89 ( S. aureus ), and 0 to 5.51 (Yeasts and molds). Although findings showed that, traditional fish smoking was somewhat effective in reducing microbial load to acceptable levels, the microbial status of on shelf smoked fish indicated poor fish handling and storage. Therefore, proper fish handling during and post-smoking as well as cooking before consumption, are highly recommended for assured shelf-life and safety of smoked fish for consumption in Uganda.
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