Description & Specifications
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There are three ways to obtain chiral compounds including resolution of racemic, chiral synthesis based on substrate induction and chiral catalytic synthesis. Among them, chiral catalytic synthesis is the most effective method, which can achieve chiral proliferation. A highly efficient chiral catalyst can induce the production of chiral product molecules from thousands to one million, or even more than the enzyme catalyzed level. Chiral catalyst can achieve highly efficient and enantioselective catalysis of a target reaction, which has to be well-tuned to make a perfect match among metallic ion, chiral ligand, additive, substrate and so on. In additions, the catalyst can be recycled without the change of composition, property and quality before and after the reaction. Chiral catalysts can be applied in asymmetric synthesis such as alkylation, Diels-Alder reaction, asym-metric reduction, hydroformylation, epoxylation, dihydroxylation. The relationship between the chiral catalyst and the reaction system is just like the relationship between the lock and the key, which is highly selective. Each chemical compound is synthesized by different kinds of chiral catalysts. Because it is difficult to predict the nature of enantioselective catalytic processes, selecting an ideal and rational catalyst is essential. BOC Sciences has rational design and rich experience, who can provide you with efficient chiral catalyst what you want. There are some featured chiral catalysts in our company. |