معرفی
Sander van Doorn is an Associate Professor at the University of Groningen's Faculty of Science and Engineering, where he leads the Van Doorn group focused on Evolutionary Systems Biology. His research spans evolutionary dynamics, microbial evolution, and eco-evolutionary processes with significant contributions to understanding antimicrobial resistance and speciation mechanisms.
Dr. van Doorn's research interests center on evolutionary systems biology, with specific focus on sexual selection, species differentiation, cooperation dynamics, and lifespan evolution. His work integrates theoretical modeling with empirical approaches to understand fundamental evolutionary processes, particularly in microbial systems and speciation mechanisms. He investigates how eco-evolutionary interactions shape biological systems across multiple scales, from molecular mechanisms to population dynamics, with particular emphasis on Escherichia coli as a model organism while developing broader theoretical frameworks.
His recent publication trends show a strong interdisciplinary approach bridging theoretical evolutionary biology with concrete health applications, particularly in the context of One Health. There's a clear trajectory toward understanding antimicrobial resistance through eco-evolutionary lenses, with increasing focus on practical implications for public health while maintaining strong theoretical foundations.
His notable awards include:
- ERC Starting Grant (2012)
- University Research Fellowship (2012)
- NWO Vidi Research Fellowship (2011)
- Jasper Loftus-Hills Young Investigators Award (2007)
- NWO Rubicon Fellowship (2006)
Dr. van Doorn has supervised multiple PhD students including Bustamante Ordonez, M., Scherrer, R., Kort, K., and Skirl, A. His research has been supported by significant grants including multiple AL projects (AL-I, AL-II, AL-III) focusing on eco-evolutionary dynamics, antimicrobial resistance, and microbial community evolution. These projects involve interdisciplinary collaborations across theoretical biology, microbiology, and medical research, with funding totaling multiple million euros and involving numerous international partners.
He leads the Van Doorn group on Evolutionary Systems Biology, which focuses on understanding evolutionary processes through both theoretical modeling and experimental approaches. The group investigates how eco-evolutionary feedback loops operate in biological systems, with particular attention to microbial communities and speciation mechanisms. Their research has important implications for understanding and addressing antimicrobial resistance through an evolutionary lens, with recent work demonstrating how temperature affects mutation rates toward antibiotic resistance and how quorum sensing mechanisms can be harnessed for collective decision-making in bacterial populations.
