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Cold-Set Whey Protein Isolate Gels Prepared with Mg~(2+) : Denaturing Conditions and Phase Diagram

机译:Mg〜(2+)制备的冷固化乳清蛋白分离凝胶:变性条件和相图

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摘要

Cold-set gels of whey protein isolate (WPI) were produced. The cold gelation was induced through the addition of magnesium chloride whose cation is an alternative to the most common cations used in this kind of gelation. A phase diagram for denatured WPI in magnesium was determined by varying protein and salt concentrations. In this diagram the protein and cation concentrations varied from 0.3 to 8.0 wt % and 1 to 75 mM, respectively. The viscoelastic behaviour of the WPI was analysed, whereas gels elastic properties were measured by means of texture tests. Mathematical manipulation of the experimental data relative to the puncture tests was made in order to obtain the Young's modulus for each cold-set gel.
机译:制备了乳清蛋白分离物(WPI)的冷固凝胶。通过添加氯化镁诱导冷凝胶化,氯化镁的阳离子可以替代这种凝胶化方法中最常用的阳离子。通过改变蛋白质和盐浓度来确定镁中WPI变性的相图。在该图中,蛋白质和阳离子的浓度分别为0.3至8.0 wt%和1至75 mM。分析了WPI的粘弹性行为,而凝胶的弹性性质是通过质构测试来测量的。进行相对于穿刺试验的实验数据的数学处理,以便获得每种冷固性凝胶的杨氏模量。

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