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The aim of the theoretical biophysics group is to contribute to the understanding of the physics and function of biomolecules - particularly proteins - at the atomic level. Here, two lines of questions span the field at the interface between physics, molecular biochemistry and computer science:
(1) What structural and dynamical properties are common to proteins? How can these highly organized, but irregular pieces of condensed matter be described in terms of many-body systems?
(2) How does a given protein work? What is the mechanism of such biochemical `nano-machine'? New concepts to neglect irrelevant degrees of freedom as well as Efficient and problem-oriented, parallel algorithms for molecular dynamics simulations, being indispensable tools in that area, are our methodological focus [more]

Research Groups

Computational Biomolecular Chemistry (Gerrit Groenhof)
linkPfeil Computational Biomolecular Dynamics (Bert de Groot)



linkPfeil Hünfeld 2010 - Workshop on Computer Simulation and Theory of Macromolecules - Registration now open!
In the post-genomic era with its exponential growth of known protein structures and with an increasing amount of experimental data on biomolecular dynamics and function particularly in the single molecule field, the demand for computer simulation studies at the atomic ...



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