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animal models with advanced human-based systems for research in osteoarthritis and rheumatoid arthritis. You will focus on creating innovative in vitro NAMs that mimic or capture mechanisms of arthritis
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tools and develop new ones to study protein interactions and signalling pathways in primary cancer tissues, organoids and clinical samples. A key aim is to connect molecular mechanisms to tumour biology
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catalysts ‘move’, their activity can increase up to 30×. A new piezoelectric method enables high-frequency strain, but the mechanism remains unknown. As a PhD, you’ll uncover how dynamic stress drives CO
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method enables high-frequency strain, but the mechanism remains unknown. As a PhD, you’ll uncover how dynamic stress drives CO₂ conversion into valuable chemicals with minimal energy and waste. Ready to
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primary cancer tissues, organoids and clinical samples. A key aim is to connect molecular mechanisms to tumour biology and identify novel actionable targets for drug development. You will work extensively
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PhD: Unravelling Clogging Mechanisms in Porous and Fractured Rocks Faculty: Faculty of Geosciences Department: Department of Earth Sciences Hours per week: 36 to 40 Application deadline: 14
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/Pg boundary and what mechanisms led to the shift in lithologies? How do terrestrial and marine environments recover from the end-Cretaceous mass extinction? The research will initially focus
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interact with the group of Javier Alonso-Mora as part of the FlexMobility project as there will be in total 2 PhDs and 1 postdoctoral researcher working in a collaborative way to reach the goal of designing
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facilities, unconventional nanofabrication equipment and experimental setups to measure ion transport will be designed supported by excellent mechanical and electronic workshops. We foster an international and
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scientific and social activities. The PhD candidate will also interact with the group of Javier Alonso-Mora as part of the FlexMobility project as there will be in total 2 PhDs and 1 postdoctoral researcher