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1)  nonemzymatic kinetic resolution
非酶动力学拆分
2)  nonenzymatic kinetic resolution
非酶催化动力学拆分
1.
Optical resolution of racemic meta-substituted inherently chiral aminocalix[4]arenes has been effectively realized via the nonenzymatic kinetic resolution method,utilizing Boc-L-proline and Cbz-L-proline as chiral acylating reagents.
采用 Boc-L-proline 和 Cbz-L-proline 两种不同的手性酰化试剂能够高效地实现间位取代的固有手性氨基杯[4]芳烃衍生物的非酶催化动力学拆分。
3)  enzymatic kinetic resolution
酶动力学拆分
1.
The difference between a continuous stirred tank reactor (CSTR) and a batch reactor was analyzed for the enzymatic kinetic resolution of enantiomers.
描述了在批式反应器和连续流搅拌反应器 ( CSTR)中酶动力学拆分对映异构体的不同之处。
4)  Enzymatic resolution kinetics
酶促拆分反应动力学
5)  kinetic resolution
动力学拆分
1.
Bulk liquid membrane (BLM) containing D-(+)-dibenzoyltartaric acid (D-(+)-DBTA) as chiral carrier was used for the resolution of racemic clenbuterol, the optimal chiral extraction conditions and the kinetic resolution model were established.
以D-(+)-二苯甲酰酒石酸(D-(+)-DBTA)为流动载体,研究了克伦特罗(clenbuterol,Cle)对映体的厚体液膜法拆分,建立了手性拆分条件和动力学拆分模型。
2.
While a great progress was achieved in the domain of enzymatic kinetic resolution during the past years, non-enzymatic kinetic resolution is becoming another current hot area, which mainly refers to enanti-oselective acylation, oxidation, reduction, ring-opening, ring-closing, substitution and addition, etc.
动力学拆分是合成光学纯化合物的重要方法之一。
3.
Kinetic resolution is the most widely used method in the production of enantiomer pure ketoprofen.
介绍了生产酮洛芬单一对映体常用的动力学拆分法及该工艺过程存在的不足。
6)  resolution kinetics
拆分动力学
1.
The factors influencing the enantioselectivity of enzyme catalyzed asymmetric transformations in organic phase, and the enzymatic resolution kinetics are discussed.
总结了有机溶剂中的酶催化研究进展,讨论了影响有机溶剂中酶促不对称转化过程对映体选择性的因素和拆分动力学。
补充资料:动力学拆分
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性质:外消旋体与一手性试剂(包括酶)反应时,它们的过渡态是非对映的,具有不同的活化能。如果反应是不可逆地进行,则具有低活化能的反应是主反应,成为主要产物。当用不足量的手性试剂与外消旋体反应,则其中一个对映体优先与手性试剂反应生成产物,而余下的是富集的另一对映体,这就是动力学拆分。如下式所示。(±)-A+(+)-B(不足量)→(-)-A·(+)-B+(+)-A

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