Research Projects: Molecular Assembler

In nature complex biomolecules are synthesized by molecular machines (NRPS) powered by ATP. We are following the principles of nature with the design of light-driven molecular assemblers. They drive systems away from thermodynamic equilibrium to build up more complex structures. Thereby light is converted to chemical energy. In a mixture of compounds the desired reactants are selected and guided along the preferred reaction channel to form complex molecules which could not be obtained in a spontaneous process.

Key Publication:
Thermodynamic and kinetic stabilization of divanadate in the monovanadate/divanadate equilibrium using a Zn-cyclene derivative: Towards a simple ATP synthase model
Beilstein J. Org. Chem. 2012, 8, 81-89.
DOI


August 2012

Beilstein-TV Reports on Molecular Switches from SFB 677

A new podcast from Beilstein TV reports on the design, synthesis and characterization of new molecular switches from the workgroup of Prof. Dr. R. Herges.

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