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METHOD FOR PRODUCING BEAN PLANT PROTEIN FRACTIONS WITH MEDIUM MOLECULAR WEIGHT, BEAN PLANT PROTEIN FRACTIONS AND THEIR APPLICATION

机译:具有中等分子量的豆植物蛋白馏分的生产方法,豆植物蛋白馏分及其应用

摘要

1. A method of obtaining fractions of a coagulated protein of legume plants with a molecular weight 14 kDa, characterized in that it includes the following stages:! obtaining fruit juice from the fruits of legumes; ! coagulation of the protein fraction of legume plants from fruit juice using a method selected from the group comprising adjusting the pH in the range of 3-6 and raising the temperature to 50-85 ° C; and! separation of the protein fraction of legume plants, most of which has a molecular weight of over 14 kDa to 600 kDa. ! 2. A method of obtaining fractions of a coagulated protein of legume plants according to claim 1, characterized in that it includes the following stages:! separation of the protein fraction of high molecular weight leguminous plants, most of which have a molecular weight of over 116 kDa to approximately 600 kDa, by precipitation, maintaining or adjusting the pH value of the legume fruit juice in the range of 3-6 at a temperature at room temperature or up to 40 ° C, and the mechanical separation of the previously precipitated protein fraction of legume plants with high molecular weight; ! sedimentation of the coagulated protein fraction of legume plants with an average molecular weight, the molecular weight of which is in the range of about 14-120 kDa, while the molecular weight distribution is mainly in the range of 20 to 66 kDa under warm conditions, by processing, at a pH of 3 to 6 and a temperature of from 60 to 90 ° C, preferably from about 70 to 80 ° C, of the solution obtained after separation of the protein fraction of the legume plants and mechanical separation of the coagulated fraction
机译:1.一种获得分子量大于14kDa的豆类植物的凝结蛋白的级分的方法,其特征在于它包括以下步骤:从豆类水果中获得果汁; !使用选自以下的方法的方法从果汁中凝固豆类植物的蛋白质级分,所述方法包括将pH调节在3-6的范围内并且将温度升高至50-85℃;和!分离豆科植物的蛋白质部分,其中大多数分子量超过14 kDa至600 kDa。 ! 2.根据权利要求1所述的获得豆类植物的凝结蛋白的级分的方法,其特征在于,其包括以下阶段:分离高分子量豆科植物的蛋白质部分,其中大部分分子量超过116 kDa至约600 kDa,方法是通过沉淀,将豆类果汁的pH值保持在3-6或保持在3-6的范围内。在室温或最高40°C的温度下进行机械分离高分子量的豆类植物先前沉淀的蛋白质部分; !平均分子量的豆类植物凝结蛋白部分的沉降,其分子量在约14-120 kDa的范围内,而在温暖的条件下,分子量分布主要在20至66 kDa的范围内,通过在豆科植物的蛋白质级分分离并机械分离凝结后得到的溶液的pH值为3至6,温度为60至90℃,优选为约70至80℃的条件下进行处理分数

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