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席夫碱化合物作为人工金属酶。

Schiff base compounds as artificial metalloenzymes.

机构信息

Department of Chemistry, University of Zabol, Zabol, Iran.

出版信息

Colloids Surf B Biointerfaces. 2022 Oct;218:112727. doi: 10.1016/j.colsurfb.2022.112727. Epub 2022 Jul 26.

Abstract

Much research has been done on traditional homogeneous metal catalysts and enzymatic catalysts, but recently a new class of hybrid catalysts called synthetic (artificial) metalloenzymes has been considered by researchers. Metalloenzymes as hybrid catalysts (host-guest systems) have been shown that combine the properties of a homogeneous and also enzymatic catalyst. The hybrid catalyst will have added value such as enantioselectivity or chemo-selectivity. This review focuses on Schiff base complexes that either act as homogeneous artificial enzymes or contribute to the structure of a host in the preparation of hybrid metalloenzymes. Because this approach can virtually be applied to any bio- or synthetic host or guest coordination complex, the details of hybrid catalysts seem important for advance in catalysis.

摘要

已经有很多关于传统均相金属催化剂和酶催化剂的研究,但最近研究人员开始关注一类新的混合催化剂,称为合成(人工)金属酶。作为混合催化剂(主体-客体体系)的金属酶已被证明结合了均相和酶催化剂的性质。这种混合催化剂将具有附加值,例如对映选择性或化学选择性。本综述重点介绍席夫碱配合物,这些配合物既可以作为均相人工酶起作用,也可以在制备混合金属酶时有助于主体的结构。由于这种方法实际上可以应用于任何生物或合成主体或客体配位配合物,因此混合催化剂的细节似乎对催化的发展很重要。

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