What keeps cells and organisms alive are specific functions performed by highly
organized macromolecular assemblies. Our research group wants to understand the
architectural design and underlying molecular principles of these biological
nanomachines.
In particular, we are interested in membrane-associated processes, which are a
fundamental characteristic of all living cells. They ensure that individual cells are
able to effectively communicate with, and adapt to, their environment. Cells achieve
this by either physically translocating molecules to the opposite site of a membrane
(translocation) or by receiving, transmitting, and amplifying incoming signals (signal
transduction). We uses an integrated approach by combining modern molecular
biology, genetic, biochemical, bioengineering and structural tools (cryoEM) to
directly visualize such molecular machines in action.