成分组成对蛋白质产品热物理性质的影响

I. Korotkiy, E. Korotkaya, L. Proskuryakova, Denis Efremov
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引用次数: 0

摘要

食品添加剂和替代品使食品的感官特征模型和营养价值调节成为可能。因此,食品的种类越来越多,成本却越来越低。乳制品蛋白质和脂肪是奶酪生产的固有成分,因此很容易被伪造。必须为新食品添加剂提供各种客观的控制方法,以确定其实际成分。对蛋白质-脂肪乳制品(如奶酪)进行热物理分析,可确定实际成分组成是否与标签相符。两段温度-时间间隔法是一种复杂而快捷的分析方法,可确定奶酪的热物理性质。只需 30 分钟,数据自动处理,误差小于 1%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effect Component Composition on Thermophysical Properties of Protein Products
Food additives and substitutes make it possible to model the sensory profile of foods and regulate their nutritional value. As a result, the range of food products grows while their cost goes down. Dairy protein and fat are inherent components of cheese production, which makes them vulnerable to counterfeiting. New food additives must be provided with various objective control methods to determine their actual composition. A thermophysical analysis of protein-fat dairy products, e.g., cheese, determines whether the actual component composition corresponds with the label. The method of two temperature-time intervals is a complex and express analysis that defines the thermophysical properties of cheese. It takes 30 min and processes the data automatically with an error of ≤ 1 %.
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