94 renewable-energy "European Molecular Biology Laboratory (EMBL) " positions at University of Oslo
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8th July 2024 Languages English English English Postdoctoral Fellow in Molecular Cell Biology Apply for this job See advertisement Job description A position as postdoctoral fellow of 36 months
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transport, water production, geothermal energy, landslide and slope stability associated with groundwater flow, or other emergent topics at the forefront of the discipline, including increasing pressure from
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Department of Geosciences, Section for Meteorology and Oceanography (Prof. Kirstin Krüger) and is financed by UiO: Energy and Environment. It investigates what happened when Nordic societies faced abrupt
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at bulk and single-cell resolution, (2) integration of regulatory networks with multi-omics data, (3) fine-tuned analysis of genome-wide regulatory networks. The group has recently applied these tools
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, physiology, cell biology, genetics, aquatic biology, toxicology, ecology, and evolutionary biology. The Department also operates Finse research station, the Biological research station in Drøbak and UiO's
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within biochemistry, molecular biology, physiology, cell biology, genetics, aquatic biology, toxicology, ecology, and evolutionary biology. The Department also operates Finse research station
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modelling, and experimental systems of cell biology and aging. AUTORHYTHM builds on the expertise of the seven research groups involved, using a combination of experiments in cellular and animal model systems
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science and machine learning in tool development for (1) modeling of regulatory interactions at bulk and single-cell resolution, (2) integration of regulatory networks with multi-omics data, (3) fine-tuned
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for improving a healthy lifespan. To reach this goal, we will use machine learning, sonification strategies, mathematical modelling, and experimental systems of cell biology and aging. AUTORHYTHM builds
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, they have so far mostly escaped our ability to directly follow their dynamic transport processes and cell to cell interactions in vitro and in vivo. Thanks to a close collaboration with the Physics Dept. and