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studies using biochemical analysis, imaging tools and transcriptomic approaches. Compounds that exhibit immunomodulatory and/or antioxidant effects will be further explored to validate their effectiveness
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blot, flow cytometry, RNA interference, RNA isolation and cDNA generation. The candidate should master imaging techniques such as confocal microscopy. The candidate should have experience in animal work
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a prototype for identification of critical locations in steep rivers in regard to flash floods was developed. The prototype is implemented in NorKarts GIS application. The project revealed a large
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adipogenesis as a paradigm to uncover new molecular pathways by which SUMOylation sustains epigenetic and transcriptional identity during cell differentiation. We expect to contribute to a broader understanding
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) techniques applied to geological materials (e.g., EBSD, FIB-SEM, EDS, STEM imaging) Computational skills (e.g. Matlab, Python) Previous experience, at the PhD level, in one of the following fields: (1
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exacerbated by the occurrence of severe weather conditions, which have already been predicted to increase in the future across Norway. Addressing the challenges of emerging contaminants requires a paradigm
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variables, genotyping and sequencing data, and MRI brain imaging data on patients with neuropsychiatric and severe mental disorders. In addition, we work closely with national population cohorts (MoBa, HUSK
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and written communication skills in English. Preferred selection criteria A strong background in imaging techniques and proteomics. Fluent oral and written communication skills in a Scandinavian
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affiliated with the Multimodal Imaging Group at the Department of Psychology and will be integrated with the Centre for Precision Psychiatry (https://www.med.uio.no/klinmed/english/research/groups/precision
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the rewiring of transcriptional programs during initiation of adipogenesis is to be established. This project will utilize adipogenesis as a paradigm to uncover new molecular pathways by which SUMOylation