高凝乳焦化温度下半硬奶酪的生物技术参数

N. Kopaneva, Natalya Gavrilova, N. Chernopolskaya
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引用次数: 0

摘要

到 2030 年提高食品质量国家战略》倡导健康饮食原则。奶酪是一种高价值的乳制品,具有多种有益的生物活性。其独特的多样性使其成为许多健康饮食模式的固有组成部分。为了实现国家战略设定的目标,即提高食品质量和安全,扩大奶酪种类是国内食品行业必须解决的一项紧迫任务。研究涉及原料奶(国家标准 GOST 52054-2003)、Milkmix Universal(俄罗斯圣彼得堡)开发的牛奶和蛋白质混合物,以及从 LACTOFERM(意大利)购买的启动培养混合物,它们是提高奶酪质量、安全性和保质期的主要生物技术成分。这项工作在联邦阿尔泰农业生物技术科学中心(俄罗斯,巴尔瑙尔)进行。实验数据经过数学和统计学处理,揭示了一种新型高凝乳烫热温度半硬奶酪的最佳技术生产参数。文章介绍了这种新型乳制品的新配方、化学成分、营养成分和能量值。该技术已获得专利(RF 编号:2800825)。
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Biotechnological Parameters of Semi Hard Cheese with a High Curd Scalding Temperature
The State Strategy for Improving Food Quality through 2030 promotes the principles of healthy diet. Cheese is a high-value dairy product with a wide variety of beneficial biological activities. Its unique diversity makes it inherent part of many healthy eating patterns. Expanding the range of cheeses is an urgent task that the domestic food industry has to tackle in order to meet the goals set by the State Strategy, i. e., improving food quality and safety. The research involved raw milk (State Standard GOST 52054-2003), milk-and-protein mix developed by Milkmix Universal (St. Peterburg, Russia), and starter-culture mix purchased from LACTOFERM (Italy), which served as the main biotechnological component to improve cheese quality, safety, and shelf-life. The work was carried out on the premises of the Federal Altai Scientific Center for Agrobiotechnologies (Barnaul, Russia). The experimental data underwent mathematical and statistical processing to reveal the optimal technological production parameters for a new sort of semi-hard cheese with a high curd scalding temperature. The article introduces the new formulation, chemical composition, nutritional profile, and energy value of the new dairy product. The technology was patented (RF No. 2800825).
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