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, which aims to characterize bile duct inflammation in order to identify targetable molecular pathways using a range of multiomic techniques. In-depth characterization of animal models of bile duct
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of novel cancer targets. This project funded by the Norwegian Cancer Society focuses on the mechanisms underlying chromatin interactions and gene deregulation in Sarcoma. To elucidate these mechanisms in
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research have been done to understand the physics of salt precipitation, but little is known on how geological heterogeneities at various scales affect the extent of salt formation. The project targets
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mapping epigenetic aberrations that enable identification of novel cancer targets. This project funded by the Norwegian Cancer Society focuses on the mechanisms underlying chromatin interactions and gene
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scales affect the extent of salt formation. The project targets modeling formation dry-out and salt precipitation during CO2 storage. The candidate will work on developing numerical models for salt
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well as having a strong track record in relation to computational efficiency, which is fundamental in real time processing of streaming data. The main purpose of a postdoctoral fellowship is to provide
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are funded by the Norwegian Cancer Society as part of a project titled Targeting Mono-ADP-ribosyltransferases in Breast Cancer to Enhance Antitumor Immunity. The purpose of this project is to investigate
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. FATES simulates and predicts growth, death, and regeneration of plants and subsequent tree size distributions by tracking natural and anthropogenic disturbance and recovery. It does this by allowing
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spoken English) . It is preferable that the candidate has (and can document): a strong academic track record experience in collection-based research (both physical and/or digital) teamwork and networking
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defense are eligible for appointment. Fluent oral and written communication skills in English. A strong track record in fundamental research in modelling of biophysical phenomena, capillary flows or wetting