Lee J W, Lopez A
Crit Rev Food Sci Nutr. 1984;21(4):289-322. doi: 10.1080/10408398409527404.
A potential application of plant proteins could be a replacement of animal proteins now in use in the food industry on the basis of certain specific functional properties plant proteins have. Modification of the chemical structure of selected plant proteins is needed to replace more expensive animal proteins as food ingredients that have specific functional characteristics. Structure modification may be achieved by physical, chemical, or microbiological methods, or by a combination of these. Immobilized enzyme techniques offer significant advantages for protein modification. Knowledge of the molecular properties of plant proteins is essential to understand the basis of protein functionality, to modify proteins so that they acquire desirable functional properties, and to predict potential applications of modified plant proteins. This paper reviews all the above mentioned aspects of plant protein chemistry and potential utilization.
基于植物蛋白所具有的某些特定功能特性,其在食品工业中的一个潜在应用可能是替代目前正在使用的动物蛋白。为了替代具有特定功能特性的更昂贵的动物蛋白作为食品成分,需要对选定的植物蛋白的化学结构进行修饰。结构修饰可以通过物理、化学或微生物方法,或这些方法的组合来实现。固定化酶技术为蛋白质修饰提供了显著优势。了解植物蛋白的分子特性对于理解蛋白质功能的基础、修饰蛋白质以使其获得理想的功能特性以及预测修饰后的植物蛋白的潜在应用至关重要。本文综述了植物蛋白化学及潜在利用的上述所有方面。