Damien Laage's Group - EOS Project

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EOS Project: Enzyme Catalysis in Organic Solvents


ERC Starting Grant (Consolidator)

Project 279977

January 2012 - December 2016


Enzymes are remarkably efficient catalysts and their recent use in non-aqueous organic solvents is opening up a tremendous range of applications in synthetic chemistry: since, surprisingly, most enzymes do not denature in these non-natural environments, new reactions involving e.g. water-insoluble reagents can be catalyzed, while unwanted degradation side reactions are suppressed.

However, a key challenge for these applications is to overcome the greatly reduced catalytic activity compared to aqueous conditions. Empirically, adding activators such as salts or small amounts of water dramatically enhances the activity, but the underlying mechanisms have remained elusive, thus preventing a rational optimization.

Through analytic modeling and numerical simulations, our goal is to provide an atomic-scale detailed description of enzyme catalysis in organic solvents, including the key role of the environment. This molecular insight will then be used to design rigorous new procedures for the rational engineering of systems with dramatically enhanced activities, both through optimized choices of solvents and additives, and through targeted protein mutations.


Dr Damien Laage P.I.
Dr Kristen Marino Postdoctoral researcher (2012-2013)
Dr Dominik Domin Postdoctoral researcher (2013-)
Ms Aoife Fogarty Graduate student (2012-)
Ms Elise Duboué-Dijon Graduate student (2013-)


Dedicated high-performance computer cluster including more than 440 Intel Xeon cores, 70 Tb of disk space and QDR Infiniband connections.


  1. Aoife C. Fogarty, Elise Duboué-Dijon, Fabio Sterpone, James T. Hynes and Damien Laage, "Biomolecular hydration dynamics: a jump model perspective", Chem. Soc. Rev. 42, 5672-5683 (2013) (PDF)
  2. Guillaume Stirnemann, Erik Wernersson, Pavel Jungwirth and Damien Laage, "Mechanisms of acceleration and retardation of water dynamics by ions", J. Am. Chem. Soc. 135, 11824-11831 (2013) (PDF)