Welcome to the department of Prof. Frauke Gräter!

Biomolecular Mechanics

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Biological systems "feel" their environment: Tendons are reinforced only when needed, blood coagulates only when required. Molecular sensing of stimuli, whether mechanical or chemical in nature, drives biological processes and decides on health and disease.   

We are a collaborative (and fun!) group of scientists working to unravel the intricacies that govern molecular perception and to design sensing molecular systems from the ground up. We work at the interface of biophysics, chemical biology, and materials science. We use and advance molecular simulations and data-driven computational methods that inspire our wet-lab experiments and vice versa. We embrace diversity and inclusion in our daily work.   

Our latest News

When molecules react

When molecules react

April 22, 2026

New software visualizes biological processes in motion more

KIMMDY: our biomolecular reaction emulator - Now published in Nature Communications!

We proudly present our new and updated biomolecular reaction emulator KIMMDY (Kinetic Monte Carlo / Molecular Dynamics), now published in Nature Communications! Do you want to emulate large reactive systems, up to the second timescale? Read more below! more

New Max Planck School of Biomedical Artificial Intelligence

The proposal for the Max Planck School of Biomedical Artificial Intelligence (BMAI) impressed the selection committee. more

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