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experience in at least one of the following areas: psychopharmacology, computational neuroscience, experimental psychology, functional imaging, behavioral genetics, Documented experience with either
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effects in 3D spheroid models. This interdisciplinary project will integrate advanced 3D cell culture, confocal and nano-CT imaging, and cutting-edge transcriptomic techniques, including single-cell and
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(transliterations and normalisations), supplemented with basic metadata and images via Unsplash Qualifications requirements A completed Norwegian doctoral degree or a doctoral degree recognized as equivalent to a
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in USN’s PhD-program in Ecology within three months of accession in the position. The vacant position is part of a collaboration between the Colour Vision and Retinal Imaging Laboratory headed by Prof
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architecture to perform distributed simulations on heterogeneous clusters. Following this approach requires rigorous parallelization of code and extensive validation experiments. Ultimately, distributed
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following areas: psychopharmacology, computational neuroscience, experimental psychology, functional imaging, behavioral genetics, Documented experience with either psychopharmacology, laboratory testing
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practices. The findings will serve as the empirical foundation for the security framework. Defensive Strategies: Propose and prototype new defensive architectures and techniques that can be integrated
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within three months of accession in the position. The vacant position is part of a collaboration between the Colour Vision and Retinal Imaging Laboratory headed by Prof. Rigmor C. Baraas, the Molecular
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integrate advanced 3D cell culture, confocal and nano-CT imaging, and cutting-edge transcriptomic techniques, including single-cell and spatial transcriptomics, to map receptor-driven pathways involved in
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performed in close collaboration with experienced team members. Additionally, the candidate will acquire skills in performing in vivo PET/SPECT and MR/CT imaging experiments and data analysis. The candidate