News of the group

We are currently looking for three new group members to fill open positions working on neuronal development, the biophysics of helminth-host interactions and a novel mechanism of autoinflammation and autoimmunity. For more details, see the PDF of this announcement here here or our Join us page.

We are currently looking for the new group member to work on a PhD project devoted to Biofilms!   PhD position: How Biofilms heal their wounds? Biofilms are commonly known as complex bacterial communities that encase themselves in self-produced polymeric matrix substances and excel in ...

Reading about donuts, croissants and jalebis makes you hungry? And you wonder how this is related to our research? Our latest publication in collaboration with the Hilbert and Nienhaus lab (both KIT) revealed that clusters of recruited RNA polymerase II  form in line with surface condensation on reg...

Most cells of human body have DNA packaged and folded inside of their nuclei. The process of transcription, which also takes place in the nucleus, partially unfolds and redistributes DNA in a very distinct pattern. In a collaborative work, we have shown that the emergence of this pattern can be expl...

N. gonorrhoeae bacteria, colonize human epithelia and form nearly spherical aggregates, containing up to several thousands of cells, which are the infectious units of the gonorrhea disease. Formation of colonies could be described as an analogue of the condensation process. For details see our recen...

For his high level of peer review competence, Prof. Dr. Vasily Zaburdaev has been awarded the IOP trusted reviewer status.

A longer lifespan due to alcohol consumption? This is at least true for nematodes (e.g. C. elegans). Together with the group of Prof. Dr. Teymuras Kurzchalia (MPI-CBG Dresden) we found out that alcohol helps C. elegans to live twice longer and survive desiccation. For more information, click here.

New project in collaboration with the Wong Lab from the University of California (UCLA), supported by the Bavaria California Technology Center (BaCaTeC). In the project, we aim to investigate how self-organisation of ligand-receptor complexes orchestrates the immune response.