Ferment engineering and enzyme engineering technology are important path for the development of utilization of Marine proteins.
其中，运用发酵工程和酶工程技术，是开发利用海洋生物蛋白资源的重要途径。
The Marine low-temperature alkaline proteinase with very high activity was made at room temperature by enzyme engineering technology.
应用酶工程技术，得到在室温下有较高酶活力的海洋低温碱性蛋白酶。
Enzyme engineering technology can improve the extraction and separation efficiency as well as transformation of active components in traditional Chinese medicine(TCM).
利用酶工程技术，可以提高中药有效成分的提取率，促进微量活性成分的转化。
The Marine low temperature alkaline proteinase is made by enzyme engineering technology. It is mainly used as detergent and has very high activity at room temperature.
利用酶工程技术制得的海洋低温碱性蛋白酶，主要用于加酶的洗涤剂，在室温下有较高的酶活力。
The present biological technology includes genetic engineering, cell engineering, enzyme engineering and fermentation engineering.
基因工程和细胞工程是生物技术的主导领域，是发酵工程、酶工程的基础；
However, new developments in fermenter design and fermentation processes, in enzyme technology and more recently in genetic engineering have introdced new and exciting dimensions to the subject.
目前又在发酵罐设计，发酵工艺，酶技术及遗传工程方面具有令人振奋的进展。
However, new developments in fermenter design and fermentation processes, in enzyme technology and more recently in genetic engineering have introdced new and exciting dimensions to the subject.
目前又在发酵罐设计，发酵工艺，酶技术及遗传工程方面具有令人振奋的进展。
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