The Systems Chemistry Department at Radboud University is excited to announce an opportunity for a Postdoctoral Researcher to join the ERC-funded SynMoBio project. This highly interdisciplinary research programme focuses on the development of synthetic motile systems with cilia- and flagella-like movement, based on supramolecular assemblies with controlled shape, size and morphology.
These bioinspired systems are designed to move, sense, and adapt in biological environments, enabling breakthroughs in active delivery, sensing, and environmental regulation at the cellular and systemic levels. As part of a multidisciplinary team, you will investigate the collective behaviour of these motile systems, their chemical communication, and their potential for targeted disease treatment, such as biofilm disruption and bacterial clearance. You will develop enzyme engineered nanomotors from biocompatible and biodegradable self-assembled materials for the targeted disruption of biofilms (e.g. Pseudomonas aeruginosa) combining principles of microbiology, nanotechnology, and synthetic biology, study their dynamic interactions with cells and biological systems, and contribute to advancing the field of autonomous synthetic systems for nanomedicine.
This role is ideal for ambitious postdoctoral researchers aiming to establish themselves as future leaders in academia. You will work on pioneering biofilm research and nanomotor development, leveraging the synergy of microbiology and systems chemistry to tackle one of the most pressing challenges in infection management.
Your key responsibilities:
- Develop, optimise, and validate enzymatic and protein-engineered nanomotors for biofilm disruption.
- Explore biofilm dynamics and Pseudomonas aeruginosa pathogenesis under various physiological conditions.
- Investigate mechanisms of biofilm disruption through nanomotors.
- Actively contribute to the preparation of high-impact research papers and grant proposals.
- Mentor junior researchers and students, enhancing your leadership profile.