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, physics, engineering and pharmacy to explore mechano-adaptation as a targetable vulnerability in the most aggressive brain cancer, Glioblastoma. The successful candidate will work closely with 3 other PhD
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. The GLIOFORCE team merges world-class expertise in biomedicine, physics, engineering and pharmacy to explore mechano-adaptation as a targetable vulnerability in the most aggressive brain cancer, Glioblastoma
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PhD Research Fellow in Theoretical and Computational Active Matter Physics for Glioblastoma Invasion
heterogeneous brain microenvironment. The GLIOFORCE project explores mechano-adaptation as a targetable vulnerability in this aggressive disease. The successful candidate will join an interdisciplinary research
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PhD Research Fellow in Theoretical and Computational Active Matter Physics for Glioblastoma Invasion
a targetable vulnerability in this aggressive disease. The successful candidate will join an interdisciplinary research consortium and work closely with three other PhD students, combining theory
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, engineering and pharmacy to explore mechano-adaptation as a targetable vulnerability in the most aggressive brain cancer, Glioblastoma. The successful candidate will work closely with 3 other PhD students in
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highly specialised software development group comprises about 20 full-time employees. More information is available at http://www.icgi.no and http://www.domore.no. The position is based in the Digital
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as a targetable vulnerability in the most aggressive brain cancer, Glioblastoma. The successful candidate will work closely with 3 other PhD Research Fellow in an interdisciplinary research consortium
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DNA motifs and generate reproducible mutation patterns that are detectable in cancer genomes and associated with disease aggressiveness and therapy resistance. The postdoctoral fellow will work in a