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Mathematical model of amaranth raw material enzymatic hydrolysis for the purpose of its enrichment

机译:苋菜原料酶法水解的数学模型,其富集目的

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In this paper mathematical models of the enzymatic hydrolysis of amaranth flour and grains are presented. Mathematical models are based on heterogeneous reaction kinetics in the case of flour and on the transport phenomena in heterogeneous reaction system in the case of grain. The purpose is to nutritionally enrich amaranth material of valuable component included in crop and to obtain protein hydrolyzates for further applications in food industry, pharmaceutics or cosmetics. The current food processing technologies enable intentional separation of some substances or to increase their concentration and thus to obtain products with higher targeted effects. Enzymatic hydrolysis allows separation of quality amaranth protein as well as starch.
机译:本文介绍了苋菜粉和晶粒酶水解的数学模型。 在谷物的情况下,数学模型基于面粉的异质反应动力学和在异质反应系统中的运输现象。 目的是营养富含作物中包含的有价值的苋菜材料,并获得蛋白质水解产物,用于食品工业,药剂学或化妆品中的进一步应用。 目前的食品加工技术能够故意分离一些物质或增加其浓度,从而获得具有更高靶向效果的产品。 酶水解允许分离质量的苋菜蛋白以及淀粉。

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