Computational Structural Biology Lab

Welcome to the Künze Lab

Research in our lab explores the structural and dynamical properties of proteins using combined computational and experimental approaches. We develop and apply molecular modeling methods such as ROSETTA, molecular dynamics simulations and machine learning with the following major goals in mind:

  • Determination of the structure and dynamics of proteins and protein complexes from sparse experimental data.
  • Engineering of enzymes with improved properties for biotechnological applications.
  • Investigation of the molecular mechanisms of signaling in membrane proteins and their regulation by auxiliary subunits.
  • Modeling of the interaction of small molecules and peptides with proteins and computer-aided discovery of new active substances.

In-silico experiments are combined with biophysical and biochemical experiments, which we pursue in our laboratory or in collaboration with other scientists. Current projects include the engineering of plastic-degrading enzymes, protein NMR spectroscopy with paramagnetic spin labels, modeling and drug discovery on proteinase-activated receptors as well as multi-scale simulations on mRNA-lipid nanoparticle therapeutics.

Please browse the menu for more information about our research.

News

April 6, 2025

Third ISOS network meeting in Leipzig

The Künze lab had the pleasure, together with the Kalkhof lab (Fraunhofer IZI), to host the third meeting of the...
Read More
March 30, 2025

Poster Award for Kaja and ZeYu at SFB1423 Retreat

Congratulations to Kaja and ZeYu for winning a poster award at the SFB1423 spring retreat. Members of the SFB1423 met...
Read More
March 25, 2025

Open PhD position in deep learning for protein design

The Künze lab is looking for interested PhD student candidates who want to work in the area of deep learning...
Read More
March 25, 2025

Great start of SPN2Prot project!

On February 25 and 26, the Collaborative Research Center (CRC) 1164 - SNP2Prot - started with a Kick-off meeting into...
Read More