2004•Shengwu jiagong guochengRequires access

Screening the reaction system for enzymatic resolution of glycidyl butyrate

Yu Da

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Abstract

The enantioselective hydrolysis of glycidyl butyrate catalyzed by lipase was carried out The optimal reaction system was screened out It was found that n hexane could improve the enzymatic resolution and the optimal volume ratio of n hexane and phosphate buffer (pH 7 6;ionic strength:0 03 mmol/L) was 1∶1 Under the optimal conditions, R glycidyl butyrate with 93 3%ee was prepared and the hydrolysis degree of racemic glycidyl butyrate was 60 6%

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The enantioselective hydrolysis of glycidyl butyrate catalyzed by lipase was carried out The optimal reaction system was screened out It was found that n hexane could improve the enzymatic resolution and the optimal volume ratio of n hexane and phosphate buffer (pH 7 6;ionic strength:0 03 mmol/L) was 1∶1 Under the optimal conditions, R glycidyl butyrate with 93 3%ee was prepared and the hydrolysis degree of racemic glycidyl butyrate was 60 6%

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Available abstract

The enantioselective hydrolysis of glycidyl butyrate catalyzed by lipase was carried out The optimal reaction system was screened out It was found that n hexane could improve the enzymatic resolution and the optimal volume ratio of n hexane and phosphate buffer (pH 7 6;ionic strength:0 03 mmol/L) was 1∶1 Under the optimal conditions, R glycidyl butyrate with 93 3%ee was prepared and the hydrolysis degree of racemic glycidyl butyrate was 60 6%

Key concepts: Butyrate, Chemistry, Hexane, Lipase, Enantioselective synthesis, Hydrolysis, Ionic strength, Resolution (logic)

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