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Field
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you fascinated by the mysteries around dark matter and its signatures at particle colliders? Do you enjoy working at the intersection of theoretical and experimental particle physics? We look forward
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the CRISPR-Cas system, a defence mechanism allowing them to recognise and disable the DNA of invading viruses. Van der Oost showed that a synthetic CRISPR system can easily be used to adapt this mechanism so
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you fascinated by the mysteries around dark matter and its signatures at particle colliders? Do you enjoy working at the intersection of theoretical and experimental particle physics? We look forward
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fluids, such as in serum and plasma in order to determine their stability upon administration and characterize the layer of molecules adsorbed on their surface (the biomolecule corona
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as teams and with the utmost rigor to make a significant impact on health and healthcare. Our researchers are driven by their fascination with the biological, psychological, and sociological mechanisms
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of the natural sciences. Our teaching and research have a strong experimentally technical, computational and interdisciplinary nature. We work on new solutions guided by value-driven, interdisciplinary
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in how DNA damage affects Pol II and interferes with the transcription process, thereby improving our understanding of the cellular mechanisms that protect transcriptional integrity, which is essential
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will be to: identify policy mechanisms that can change infrastructure affordance and lower infrastructure use develop an agent-based model that regards infrastructure as a socio-technical system reveal
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scientific curiosity, have excellent experimental and quantitative skills and possess a drive to learn and develop new methods and concepts. You have excellent verbal and written communication skills in
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infrastructure use through a systemic modelling approach. Essential activities within your project will be to: identify policy mechanisms that can change infrastructure affordance and lower infrastructure use