计算结果表明，激发态反应活化位垒都比基态的低。
The activation barriers for the exited - state reactions are lower than that of the ground- state.
去除糖基会使葡萄糖氧化酵素的活化位构造改变， 因而产生所观察到的KM值变化。
The lack of the sugar moiety could cause changes in the structure of the active site of the enzyme resulting in the observed modifications of the KMs.
将均相催化剂加在寡聚或是树枝状载体上能够集中相近的活化位点，从而提高协同过程的效率。
Appending homogeneous catalysts to an oligomer IC or dendritic support can concentrate active sites close to one another and thereby enhance the efficiency of cooperative processes.
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