草鱼鱼棒的研制及保质期评价

Shahzaib Muazzam, A. Saha, Apu Aktaruzzaman, U. Hani, M. Hasan, A. Sayeed
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摘要

本研究的主要目的是评价以草鱼为原料的改良鱼条的贮藏时间、感官特性和微生物变化。鱼条在不同温度下保存:室温(28℃)、冷藏温度(5℃)和冷冻温度(-18℃)。在鱼棒的开发过程中,我们严格遵守良好的生产规范,并加入了多种食品添加剂。采用近似成分分析方法精确测定草鱼肉糜的水分、脂肪、蛋白质和灰分含量。分析结果表明,该鱼糜的水分含量为79.16±1.42%,脂肪含量为3.07±0.69%,蛋白质含量为17.21±0.45%,灰分含量为1.71±0.19%。鲜鱼条的水分含量为65.78±0.86%,脂肪含量为6.81±0.85%,蛋白质含量为16.37±0.34%,灰分含量为2.84±0.09%。仔细测量新鲜鱼条的初始总平板计数(TPC),发现为4.11±0.75 Log CFU/g。在贮藏过程中,草鱼条的TPC在室温和冷藏条件下均显著升高。有趣的是,冷藏减缓了微生物的增加速度,而在-18°C冷冻储存导致初始微生物负荷大幅减少,8周后达到2.15±0.44 Log CFU/g。感官评估由七位专家组成的小组进行,采用九分制的描述性量表来评估鱼条的外观、风味、味道、质地和整体可接受性。在室温和冷藏条件下,鱼条的感官性能随时间的延长而逐渐下降,其中室温条件下的下降更为明显。相比之下,冷冻储存的感觉质量变化很小,即使在8周后也与新鲜样品的感觉特性非常相似。综合研究结果可以推断,草鱼鱼条在室温下的保质期为24小时,在冷藏条件下的保质期略延长至72小时。然而,在-18°C下储存的鱼条可以在8周内保持其质量,与其他储存条件相比,保质期明显延长。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development and Shelf-Life Assessment of Fish Sticks Using Grass Carp (Ctenopharyngodon Idella)
: The study’s primary objective was to evaluate the storage duration, sensory characteristics, and microbial changes of improved fish sticks made from grass carp. The fish sticks were stored at different temperatures: room temperature (28ºC), refrigerated temperature (5ºC), and frozen temperature (-18ºC). Strict adherence to good manufacturing practices was followed during the development of the fish sticks, incorporating a diverse range of food additives. Proximate composition analysis was conducted to determine the precise moisture, lipid, protein, and ash contents of the grass carp fish mince. The analysis showed that the fish mince had approximately 79.16±1.42% moisture, 3.07±0.69% lipid, 17.21±0.45% protein, and 1.71±0.19% ash. Fresh fish sticks exhibited a moisture content of 65.78±0.86%, lipid content of 6.81±0.85%, protein content of 16.37±0.34%, and ash content of 2.84±0.09%. The initial total plate count (TPC) in fresh fish sticks was meticulously measured and found to be 4.11±0.75 Log CFU/g. Throughout the storage period, it was observed that the TPC of grass carp fish sticks significantly increased at room and refrigerated temperatures. Interestingly, refrigeration slowed down the rate of microbial increase, whereas frozen storage at -18°C resulted in a substantial reduction in the initial microbial load, reaching 2.15±0.44 Log CFU/g after 8 weeks. A sensory evaluation was conducted by a panel of seven experts using a nine-point descriptive scale to assess the appearance, flavor, taste, texture, and overall acceptability of the fish sticks. Over the storage duration, the sensory properties gradually declined for fish sticks stored at room and refrigerated temperatures, with a more pronounced decrease observed at room temperature. In contrast, frozen storage showed minimal changes in sensory quality, closely resembling the sensory characteristics of fresh samples even after 8 weeks. Based on the comprehensive findings, it can be inferred that the shelf life of grass carp fish sticks is limited to 24 hours at room temperature and extends slightly to 72 hours under refrigeration. However, fish sticks stored at -18°C maintain their quality for an extended period of 8 weeks, offering a significantly prolonged shelf life compared to other storage conditions.
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