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spectroscopy, COPS eliminates the use of a gas cell and guides the light beam over an outdoor path for direct interaction with the area of interest. This 3-year postdoc project aims to further explore
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researcher to study the effects of neuromodulators in efficient spike coding networks. You will use cellular and behavioural data gathered in our department over the past years on dopamine, acetylcholine and
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living synthetic cell. Through groundbreaking research and innovative techniques, our interdisciplinary team of EVOLF researchers aims to redefine our understanding of biological complexity and the very
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cellular proteins form replication complexes that serve as platforms for the assembly of new virus particles. However, a detailed understanding of what these replication complexes look like is lacking, in
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symptoms that worsen over time. The pathological hallmark of PD, progressive cell loss in the nigro-striatal dopaminergic system, cannot fully account for this worsening, suggesting that the clinical course
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non-motor symptoms that worsen over time. The pathological hallmark of PD, progressive cell loss in the nigro-striatal dopaminergic system, cannot fully account for this worsening, suggesting
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hijacked cellular proteins form replication complexes that serve as platforms for the assembly of new virus particles. However, a detailed understanding of what these replication complexes look like is
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(perturbed) blood cell differentiation. You will also collaborate with other lab members in ongoing interaction proteomics-based and multi-omics projects. Furthermore, you will have the opportunity to develop
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receptor also protects dopamine neurons against toxic insults and cell death. Due to its specific expression, therapeutically targeting Gucy2c would have no side-effects, restore dopamine levels and prevent
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understanding of neural signal analysis and processing is essential, along with experience using modeling tools such as COMSOL, K-Wave, or Neuron, A strong interest in neural dynamics at the molecular, cellular