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大豆蛋白在食品体系中的利用

Soy protein utilization in food systems.

作者信息

Bookwalter G N

出版信息

Adv Exp Med Biol. 1978;105:749-66. doi: 10.1007/978-1-4684-3366-1_36.

Abstract

Soy protein products are utilized in food systems as whole beans, flours and grits, concentrates and isolates, and textured products. Soy proteins play a significant role in food systems as a source of supplementary and complementary protein and contribute functional properties such as solubility, water absorption, viscosity, emulsification, texture, and antioxidation. Whole soybeans are processed into snack foods, beverages, and fermented foods. Soy protein is an ideal supplement for cereal protein because it corrects lysine and other amino acid deficiencies. Blends of soy flour or grits with cereals such as corn, wheat, or sorghum are widely used in world feeding programs. The blends are also valuable in domestic food systems such as breakfast cereals and baked foods. Concentrates and isolates are utilized in processed meats and baby foods. Isolates are utilized in processed meats and baby foods. Isolates are employed as whipping agents and coffee whiteners. Thermoplastic extrusion of defatted flours or protein concentrates produces an expanded type of textured protein. Isolated soy protein is converted to meat analogs by a spun fiber process. Textured soy protein products are used to extend or replace meat products in food systems.

摘要

大豆蛋白产品在食品体系中以全豆、面粉、粗粉、浓缩物、分离物以及组织化产品的形式被利用。大豆蛋白在食品体系中作为补充性和互补性蛋白质来源发挥着重要作用,并具有诸如溶解性、吸水性、粘性、乳化性、质地和抗氧化等功能特性。全大豆被加工成休闲食品、饮料和发酵食品。大豆蛋白是谷物蛋白的理想补充剂,因为它能弥补赖氨酸和其他氨基酸的不足。大豆粉或粗粉与玉米、小麦或高粱等谷物的混合物在全球喂养计划中被广泛使用。这些混合物在国内食品体系如早餐谷物和烘焙食品中也很有价值。浓缩物和分离物用于加工肉类和婴儿食品。分离物用作搅打剂和咖啡增白剂。脱脂面粉或蛋白质浓缩物的热塑性挤压产生一种膨化型的组织化蛋白质。分离大豆蛋白通过纺丝纤维工艺转化为肉类替代品。组织化大豆蛋白产品用于在食品体系中扩展或替代肉类产品。

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