We are working at the interface of biochemistry, molecular biology and biophysics to follow the journey of nascent proteins toward their functional structures as they emerge from the ribosome. These mechanistic studies pave the way for targeted interventions against protein misfolding and perturbed protein homeostasis which are important for a number of aging-related diseases, including neurodegeneration, and several forms of cancer.
The research group of Professor Christian Kaiser, which just relocated from Johns Hopkins University to Utrecht, has established single-molecule optical tweezers assays for probing nascent protein folding on the ribosome. These studies have shown how the ribosome and molecular chaperones counter misfolding and help large, multi-domain proteins attain their functional structures. The group is now combining mechanical manipulation with single-molecule fluorescence detection. These in vitro studies are complemented by cellular assays. Collectively, the work is revealing fundamental principles of cellular protein biogenesis.
The position is embedded in the research group of Professor Christian Kaiser at the Bijvoet Centre for Biomolecular Research with state-of-the-art facilities, including brand-new molecular biology/biochemistry equipment and single-molecule instrumentation.
We are looking for enthusiastic, highly motivated experimentalists who are eager to participate in our research.
Ideally, you meet several or all of the following criteria: