在酸奶生产技术中使用复合微生物

E. S. Smirnova, E. V. Razhina, N. L. Lopayeva, I. M. Khairova, V. N. Sinko, L. M. Stakheeva, A. V. Shilovtsev
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摘要

发酵奶制品是人们最常见的食品之一。这类产品包括酸奶,其种类繁多:有不同的酸度浓度、不同的添加剂和不同的脂肪含量。文章介绍了关于复合微生物对酸奶质量指标(感官、理化)影响的研究结果。研究的目的是研究不同量的共生发酵剂对酸奶质量指标的影响。研究在乌拉尔国立农业大学生物技术和食品系实验室进行。生产和分析了四种酸奶样品:一种对照样品和三种实验样品。对成品进行了感官特征和蛋白质质量分数评估(GOST 31981-2013)。酸度根据 GOST 31976-2012 标准设定。根据专家们的意见,2 号样品被认为是最好的,每 150 克成品中微生物复合物的总量为 70 毫升。该样品稠度均匀,凝块不受干扰,未观察到乳清分离现象;味道和气味--纯正的发酵牛奶;颜色--乳白色。所有测试样品的蛋白质质量分数都有偏差。因此,1 号样品的 MDB 为 3.4%,2 号和 3 号样品分别为 3.6%和 3.8%。所得指标分别比标准值高 0.2%、0.4% 和 0.6%。所有样品的酸度都在正常范围内。含有复合微生物的酸奶可以扩大功能性产品的范围,添加共生起始菌可以改善产品的特性并将其归类为功能性产品。
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The use of a complex of microorganisms in yogurt production technology
Fermented milk products are one of the most common foods among the population. This category of products includes yogurt, which is available in its various variations: with different acidity concentrations, with various additives, and different fat content. The article presents the results of studies on the influence of a complex of microorganisms on the quality indicators of yogurt (organoleptic, physicochemical). The purpose of the research was to study the effect of different volumes of symbiotic starter on the quality indicators of yogurt. The research was carried out in the laboratory of the Department of Biotechnology and Food Products of the Ural State Agrarian University.The Methods. Four yogurt samples were produced and analyzed: a control sample and three experimental ones. The finished products were assessed for organoleptic characteristics and mass fraction of protein (GOST 31981-2013). Acidity was set according to GOST 31976-2012.The Results. According to experts, sample No. 2 was recognized as the best, with a total volume of the complex of microorganisms of 70 ml per 150 g of the finished product. This sample had a uniform consistency, undisturbed clot, and no whey separation was observed; taste and smell – pure, fermented milk; color – milky white. All test samples had deviations in the protein mass fraction. Thus, in sample No. 1, MDB was 3.4%, in samples No. 2 and No. 3 – 3.6 and 3.8%. The obtained indicators were higher than the standard values by 0.2, 0.4 and 0.6%, respectively. Acidity in all samples was within normal limits.The Conclusion. Yogurt, with a complex of microorganisms can expand the line of functional products, and the addition of symbiotic starters will improve the properties of the product and classify it as functional.
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