Carbon–carbon bond formation is the key transformation in organic synthesis to set up the carbon backbone of organic molecules. However, only a limited number of enzymatic C–C bond forming reactions have been applied in biocatalytic organic synthesis. Recently, further name reactions have been accomplished for the first time employing enzymes on a preparative scale, for instance the Stetter and Pictet–Spengler reaction or oxidative C–C bond formation. Furthermore, novel enzymatic C–C bond forming reactions have been identified like benzylation of aromatics, intermolecular Diels-Alder or reductive coupling of carbon monoxide
Numerous enzymes have been found to catalyze additional and completely different types of reactions ...
Organic chemistry provides society with fundamental products we use daily. Concerns about the impact...
Organic chemistry provides society with fundamental products we use daily. Concerns about the impact...
Carbon–carbon bond formation is the key transformation in organic synthesis to set up the carbon bac...
Carboncarbon bond formation is the key transformation in organic synthesis to set up the carbon back...
The development of new catalytic methods to functionalize carbon–hydrogen (C–H) bonds continues to ...
Building complex compounds such as fine chemicals and pharmaceuticals by linking carbon-carbon bonds...
Biocatalysts have shown themselves to be extremely powerful for the synthesis of pharmaceuticals, fr...
Building complex compounds such as fine chemicals and pharmaceuticals by linking carbon-carbon bonds...
Biocatalysts have shown themselves to be extremely powerful for the synthesis of pharmaceuticals, fr...
Building complex compounds such as fine chemicals and pharmaceuticals by linking carbon-carbon bonds...
Biocatalysts have shown themselves to be extremely powerful for the synthesis of pharmaceuticals, fr...
Building complex compounds such as fine chemicals and pharmaceuticals by linking carbon-carbon bonds...
Building complex compounds such as fine chemicals and pharmaceuticals by linking carbon-carbon bonds...
Building complex compounds such as fine chemicals and pharmaceuticals by linking carbon-carbon bonds...
Numerous enzymes have been found to catalyze additional and completely different types of reactions ...
Organic chemistry provides society with fundamental products we use daily. Concerns about the impact...
Organic chemistry provides society with fundamental products we use daily. Concerns about the impact...
Carbon–carbon bond formation is the key transformation in organic synthesis to set up the carbon bac...
Carboncarbon bond formation is the key transformation in organic synthesis to set up the carbon back...
The development of new catalytic methods to functionalize carbon–hydrogen (C–H) bonds continues to ...
Building complex compounds such as fine chemicals and pharmaceuticals by linking carbon-carbon bonds...
Biocatalysts have shown themselves to be extremely powerful for the synthesis of pharmaceuticals, fr...
Building complex compounds such as fine chemicals and pharmaceuticals by linking carbon-carbon bonds...
Biocatalysts have shown themselves to be extremely powerful for the synthesis of pharmaceuticals, fr...
Building complex compounds such as fine chemicals and pharmaceuticals by linking carbon-carbon bonds...
Biocatalysts have shown themselves to be extremely powerful for the synthesis of pharmaceuticals, fr...
Building complex compounds such as fine chemicals and pharmaceuticals by linking carbon-carbon bonds...
Building complex compounds such as fine chemicals and pharmaceuticals by linking carbon-carbon bonds...
Building complex compounds such as fine chemicals and pharmaceuticals by linking carbon-carbon bonds...
Numerous enzymes have been found to catalyze additional and completely different types of reactions ...
Organic chemistry provides society with fundamental products we use daily. Concerns about the impact...
Organic chemistry provides society with fundamental products we use daily. Concerns about the impact...