New catalytic reaction development by directed enzyme evolution

Symbolbild Biochemie, Foto: Jan Meßerschmidt
Symbolbild Biochemie, Foto: Jan Meßerschmidt

In recent years, enzyme engineering has evolved from engineering native enzyme function to a field that develops new enzymes for abiological chemical transformations. A fascinating question in this nascent research area is: What can be imparted by a protein that cannot be readily achieved with a small molecule catalyst? We believe that enzyme engineering provides access to completely new catalytic cycles beyond the reach of classical catalysts (e.g. small molecule and heterogeneous catalysts). This is based on the macromolecular structure of proteins that provides multiple precise catalyst-substrate interactions to tightly control substrate conformations, transition states and reaction pathways. The talk will focus on the laboratory evolution, mechanism and application of enzymes for anti-Markovnikov alkene oxidation, a challenging oxidation reaction that has largely eluded efficient catalysis.

Prof. Dr. Uwe Bornscheuer
PD Dr. Heike Kahlert. Vorsitzende des Ortsverbandes der GDCh

Kontakt an der Universität Greifswald
Institut für Biochemie
Felix-Hausdorff-Straße 4, 17489 Greifswald
Telefon +49 3834 420 4304


  • Institut für Biochemie


  • Biochemie, Großer Hörsaal
    Institut für Biochemie, Felix-Hausdorff-Straße 4
    17489 Greifswald

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