酶催化效率

温度对碱性木聚糖酶降解棉籽壳的影响很大，是影响酶催化效率的重要因素。

Temperature has a great effect on the degradation of cotton seed coat by alkaline xylanase , and it was considered as a great factor to affect the effective enzymatic catalysis in cotton bio-scouring .

酶的催化效率与蜡质的去除密切相关。

The effectiveness of enzymatic catalysis has a close relationship with the removal of waxes from cotton fabric .

表明有机相生物催化过程中，反应过程控制可以有效提高酶的催化效率，为工程放大提供了依据。

It manifests that to control the process of the enzyme-catalyzed transesterification in organic media is capable of improving its catalytic efficiency .

在酯交换反应中固定化酶的催化效率比游离酶高10%~20%，且固定化酶重复使用11次后仍能保持60%的酶活。

Moreover , in the transesterification reactions , the catalyzing efficiency of immobilized lipase was 10 % ~ 20 % higher than that of the free one . After continuously used for 11 times , 60 % residual activity of immobilized lipase was remained .

本论文的研究旨在通过改进酶的固定化技术，提高固定化酶的催化效率，以达到改善生物传感器性能的目的。

The purpose of this thesis is to improve the performance of biosensor by ameliorating enzymes immobilization technique .