Lipases (triacylglycerol acylhydrolases, EC3.1.1.3) can be used for the synthesis of esters by transesterification with activated and nonactivated acyl donors in organic solvents. The reaction is especially useful for the preparation of optically active compounds, which are formed by resolution or asymmetrization of racemic or prochiral suitable substrates. This review offers an overview of the state of the art through examples chosen from the most recent literature, focusing mainly on the preparation of enantiomerically pure products which can be formed by this enzymatic approach
Several lipases catalyse the transesterification of gamma-acyloxyfuranones in organic solvents with ...
Lipases are the most used enzymes in synthetic organic chemistry, catalyzing the hydrolysis of carbo...
Several lipases catalyse the transesterification of gamma-acyloxyfuranones in organic solvents with ...
Biocatalysis offers an alternative approach to conventional chemical processes for the production of...
In organic synthesis, lipases are the most frequently used biocatalysts. They are efficient stereose...
In organic synthesis, lipases are the most frequently used biocatalysts. They are efficient stereose...
In organic synthesis, lipases are the most frequently used biocatalysts. They are efficient stereose...
Several lipases catalyse the transesterification of γ-acyloxyfuranones in organic solvents with high...
Several lipases catalyse the transesterification of gamma-acyloxyfuranones in organic solvents with ...
The employment of enzymes and whole cells has been important in many industries for centuries. Howev...
The employment of enzymes and whole cells has been important in many industries for centuries. Howev...
Alcoholysis is a transesterification reaction, according to which an ester RCOOR' reacts with an al...
Lipases are the most used enzymes in synthetic organic chemistry, catalyzing the hydrolysis of carbo...
Several lipases catalyse the transesterification of gamma-acyloxyfuranones in organic solvents with ...
Several lipases catalyse the transesterification of gamma-acyloxyfuranones in organic solvents with ...
Several lipases catalyse the transesterification of gamma-acyloxyfuranones in organic solvents with ...
Lipases are the most used enzymes in synthetic organic chemistry, catalyzing the hydrolysis of carbo...
Several lipases catalyse the transesterification of gamma-acyloxyfuranones in organic solvents with ...
Biocatalysis offers an alternative approach to conventional chemical processes for the production of...
In organic synthesis, lipases are the most frequently used biocatalysts. They are efficient stereose...
In organic synthesis, lipases are the most frequently used biocatalysts. They are efficient stereose...
In organic synthesis, lipases are the most frequently used biocatalysts. They are efficient stereose...
Several lipases catalyse the transesterification of γ-acyloxyfuranones in organic solvents with high...
Several lipases catalyse the transesterification of gamma-acyloxyfuranones in organic solvents with ...
The employment of enzymes and whole cells has been important in many industries for centuries. Howev...
The employment of enzymes and whole cells has been important in many industries for centuries. Howev...
Alcoholysis is a transesterification reaction, according to which an ester RCOOR' reacts with an al...
Lipases are the most used enzymes in synthetic organic chemistry, catalyzing the hydrolysis of carbo...
Several lipases catalyse the transesterification of gamma-acyloxyfuranones in organic solvents with ...
Several lipases catalyse the transesterification of gamma-acyloxyfuranones in organic solvents with ...
Several lipases catalyse the transesterification of gamma-acyloxyfuranones in organic solvents with ...
Lipases are the most used enzymes in synthetic organic chemistry, catalyzing the hydrolysis of carbo...
Several lipases catalyse the transesterification of gamma-acyloxyfuranones in organic solvents with ...