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the project TIME4CO2 TIME4CO2 aims at advancing simulation technology for CO2 storage, capturing dissolution processes and convective mixing, validated against high-resolution complex meter-scale
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technology for CO2 storage, capturing dissolution processes and convective mixing, validated against high-resolution complex meter-scale laboratory experiments in the FluidFlower . The project is an
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tasks involve working with mouse models of Parkinson’s disease. Key techniques include motor/behavioral tests of mice, in vivo compound administration, postmortem tissue harvesting and processing with a
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disease. Key techniques include motor/behavioral tests of mice, in vivo compound administration, postmortem tissue harvesting and processing with a focus on the nervous system, cell tracing
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contacting: Professor Mathias Ziegler, phone: +4755584591 or e-mail: mathias.ziegler@uib.no UiB must follow Norway’s export control regulations when processing applications for this position. Diversity is a
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for chemical target validation. Moreover, this process will be guided by experimental data on uptake into bacteria to ensure that our compounds reach their targets in the cell, a critical step in chemical target
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will use a structure-based approach to develop potent inhibitors for chemical target validation. Moreover, this process will be guided by experimental data on uptake into bacteria to ensure that our
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will build on a theoretical foundation from numerical and functional analysis, as well as image processing. About CSSR and the Department of Mathematics at UiB CSSR is a national research center
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their final master exam before 15.07.2025. It is a condition of employment that the master's degree has been awarded. Experience from molecular dynamics (MD) simulations is a requirement. Experience with the
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: The host research group, led by Professor Helge Ræder, MD, PhD, at the Department of Clinical Science, University of Bergen, applies AI in endocrinology and digital health. Our research integrates AI