Research
Optical Technology Development
We develop novel optical techniques to investigate molecular transport processes in cell biology and nanotechnology.
Focus: 3D single-molecule imaging with nm- and ms-precision.
Biophysics of Single Motor Proteins
We study kinesin and dynein motors, as well as other microtubule-associated proteins, in their interaction with microtubules.
Focus: Protofilament switching and motor behaviour at obstacles.
Collective Effects in Motor Systems
We reconstitute subcellular mechano-systems to study cooperative effects in motor activity.
Focus: Bidirectional transport, membrane-anchored motors and filament crosslinking.
Single Cell Motility
We study the motility of eukaryotic single-cell organisms on the cellular and molecular level.
Focus: Axonemal motility, intraflagellar transport and gliding motility.
Details
Nanotechnological Motor Applications
We apply molecular motors in engineered environments to generate, manipulate and detect nano structures.
Focus: External motility control and high-throughput methodolgies.