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具有协同特性和广泛应用的乳清-植物蛋白杂蛋白体系。

The Whey-Plant Protein Heteroprotein Systems with Synergistic Properties and Versatile Applications.

作者信息

Liu Chang, Wang Ruhua, Wang Tianyang, Gu Chunkai, Zhang Lingling, Meng Demei, Pan Mingfei, Yang Rui

机构信息

State Key Laboratory of Food Nutrition and Safety, Ministry of Education, Tianjin University of Science and Technology, Tianjin 300457, China.

出版信息

J Agric Food Chem. 2025 Feb 26;73(8):4440-4454. doi: 10.1021/acs.jafc.4c10736. Epub 2025 Feb 2.

Abstract

Combining animal protein with plant protein is a feasible approach to provide heteroprotein formulations with versatile properties. This review introduces the interactions of typical protein whey protein (WP) from milk with soy protein (SP), pea protein (PP), rapeseed protein (RAP), lupine protein (LP), and rice protein (RIP) through physical and chemical methods. The characteristics of whey-plant protein complexes are described with particular emphasis on the protein types, structures, and properties. In addition, the factors that influence the formation of whey-plant complexes are reviewed. The potential food applications of whey-plant protein complexes are reviewed. Overcoming the shortcomings and future challenges for applications of the heteroprotein in the food field are highlighted. This review will fill the gap of whey protein and are important for the development of more versatile properties of whey proteins as well as a systematic understanding of the synergistic biological roles of these active proteins.

摘要

将动物蛋白与植物蛋白相结合是提供具有多种特性的杂合蛋白配方的一种可行方法。本综述介绍了通过物理和化学方法,牛奶中的典型蛋白质乳清蛋白(WP)与大豆蛋白(SP)、豌豆蛋白(PP)、菜籽蛋白(RAP)、羽扇豆蛋白(LP)和大米蛋白(RIP)之间的相互作用。描述了乳清-植物蛋白复合物的特性,特别强调了蛋白质类型、结构和性质。此外,还综述了影响乳清-植物复合物形成的因素。综述了乳清-植物蛋白复合物在食品中的潜在应用。强调了克服杂合蛋白在食品领域应用中的缺点和未来挑战。本综述将填补乳清蛋白方面的空白,对于开发乳清蛋白更具多样性的特性以及系统理解这些活性蛋白的协同生物学作用具有重要意义。

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