酶促反应（enzymatic reaction）是生物反应的基础。从酶促反应动力学的研究中不仅可获知酶催化反应机理，还可以对酶促反应速率规律进行的定性或定量的描述，建立...
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enzymatic reaction kinetics 酶反应动力学
Kinetics of enzymatic reaction 酶促反应动力学
One Step Enzymatic Reaction 一步酶法
soil enzymatic reaction 土壤酶促反应
Enzymatic reaction or Enzyme-catalytic reaction 称为酶促反应
enzymatic reaction rate 酶反应速度
Factors influencing enzymatic reaction were analysed for enzyme assay and industrial application in the future.
为了确定酶活测定条件并为今后的酶反应工艺条件提供一定的参考，对影响酶反应的几种因素进行实验。
参考来源 - 产海藻糖合成酶极地细菌的研究The enzymatic reaction in hemicelluloses decomposition and the enzyme system screening of hemicelluloses hydrolysis have been the focal point of research.
对半纤维素分解过程中酶促反应的研究以及酶的筛选一直是研究热点。
参考来源 - βThe activation energy for enzymatic reaction was calculated to be 27.6 kJ mol-1.
酶催化反应的活化能是27.6 kJ mol-1。
参考来源 - 基于壳聚糖/粘土复合材料的生物电极的构筑及其传感性能研究The optimal temperature is 60℃. The enzymatic reaction was accordant with Michaelis-Menten kinetics, with K_m and V_(max) values of 0.0249 mmol/L and 0.2810 U/mg, respectively.
酶促反应的动力学符合米氏方程,其中K_m为0.0249 mmol/L,V_(max)为0.2810 U/mg。
参考来源 - Escherichia coli厌氧降解TNT的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Taking advantage of kinetic method, we discussed the kinetic model Of multiple substrat enzymatic reaction.
利用反应动力学方法，探讨了含有多种中间复合物的酶催化反应动力学模型。
Membrane reactor was mostly studied and was looked as the most promising reactor for enzymatic reaction in reversed micelles.
膜反应器是反胶团酶反应中研究最多也最有应用前途的一种反应器形式。
The extracted methods of lycopene mainly include: organic solvent extraction, enzymatic reaction extraction and supercritical CO2 extraction.
番茄红素的提取方法主要包括：有机溶剂提取法、酶反应法、超临界CO2萃取法等。
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