生物酶法改性食品蛋白是提高蛋白功能的重要途径。
Bioenzymatic modification of food protein is a productive method to improve protein functions.
综述了化学方法、物理方法、生物酶法以及基因工程等技术手段在小麦蛋白改性中的应用及最新进展。
The application of modification technologies such as chemical, physical, enzymatic and genetic engineering methods in wheat protein and up-to-date progress were summarized.
研究发现，对ONP和OMG采用生物酶法脱墨，可获得良好的脱墨效果，但纤维长度和粗度有所下降。
It was found that both ONP and OMG could be deinked effectively by enzyme treatment. The fiber length and coarseness were found to be reduced to some extent.
肉碱的生产方法有化学合成、微生物发酵、微生物酶法转化等，其中微生物酶法转化被认为是一种最经济且最有前途的方法。
As compared with chemical synthesis, microbial fermentation and other methods, enzymatic conversion has the broadest prospect and is the most economic one.
本实验以葵花脱脂粕为原料，通过生物酶法和化学法研究葵花脱脂粕中膳食纤维的提取工艺，其中生物酶法得到的膳食纤维得率较高。
In this research, sunflower meal was used as raw material, and dietary fiber of sunflower meal were extracted by enzymatic method and chemical method.
介绍共轭亚油酸(CLA)异构化技术的研究进展，评述异构CLA的碱性催化法、金属催化法和生物酶异构法。
The progress of isomerization technology of conjugated linoleic acid (CLA) was introduced. The methods of alkaline catalysis, metal catalysis and bio-enzymes isomerization were discussed respectively.
构建高活性la异构酶的基因工程菌是实现生物酶异构法产业化的重要前提。
Constructing gene engineering strains which produce high activity LA isomerase was an important presupposition for realizing industrialization with bio-enzymes methods.
一种全棉机织物生物酶连续退浆、精练-浴法前处理工艺，属于印染行业的全棉机织物前处理工艺技术领域。
The invention is a kind of fore process of biology enzyme continuous desizing, refinery-washing method for cotton textile, which belongs to textile front process field in printing and dyeing industry.
一种全棉机织物生物酶连续退浆、精练-浴法前处理工艺，属于印染行业的全棉机织物前处理工艺技术领域。
The invention is a kind of fore process of biology enzyme continuous desizing, refinery-washing method for cotton textile, which belongs to textile front process field in printing and dyeing industry.
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