试验对超声场下双酶水解玉米蛋白的酶解反应条件进行了研究，并与恒温水浴条件下玉米蛋白的水解度进行了对照。
The conditions of double-enzyme hydrolyzing corn protein were studied under ultrasonic field. Enzymes are limited in industrial application because they can be inactivated easily.
玉米不脱胚即节省工序又对生产有利；蛋白质水解后可作氮源供发酵阶段利用，促进酵母生长，提高产酒精率。
The protein hydrolyzed can be used as nitrogen during the period of fermentation to prove the growth of yeast, in addition, increase the alcohol production rate.
在用碱水解玉米麸质粉生产玉米蛋白发泡粉的基础上，就玉米蛋白发泡粉得率低，纯度低，色泽深等问题进行了研究。
A study was done on the problems such as the relatively low yield, low purity and dark color of the corn-gluten foaming powder produced by means of hydrolyzing corn gluten with alkali.
利用碱性蛋白酶和木瓜蛋白酶双酶对玉米蛋白粉进行分步水解，确定制备玉米肽干粉的工艺流程。
The corn protein flour was hydrolyzed by a fractional hydrolysis with alkaline protease and caroid to produce corn peptide flour and the hydrolysis technological process was determined.
玉米蛋白在一定条件下水解可以得到大量的玉米活性肽，这些活性肽容易消化吸收，并且具有许多独特的生理功能。
A large number of corn polypeptides can be found through hydrolytic corn protein in proper condition. These peptides is easy to be taken in and have various biological functions.
采用蛋白酶和淀粉酶结合水解制备玉米皮膳食纤维，研究确立了玉米皮膳食纤维的双酶法制备工艺，进一步探讨了食品体系对玉米皮膳食纤维持水力的影响。
Proteinase and amylase were employed to produce the corn bran dietary fiber. The optimum technic was established and the character of dietary fiber in food system was discussed.
采用蛋白酶和淀粉酶结合水解制备玉米皮膳食纤维，研究确立了玉米皮膳食纤维的双酶法制备工艺，进一步探讨了食品体系对玉米皮膳食纤维持水力的影响。
Proteinase and amylase were employed to produce the corn bran dietary fiber. The optimum technic was established and the character of dietary fiber in food system was discussed.
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