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of Clinical and Molecular Medicine, NTNU, in close collaboration with St. Olav’s University Hospital and SINTEF. You will engage in highly translational research, bridging the gap from laboratory discoveries
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bioprinted constructs and microfluidic chips, integrating multiple human cell types to mimic tumor and vascular compartments, and characterizing tumor–BBB interactions using microscopy as well as molecular
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will join a dynamic, interdisciplinary team exploring the frontiers of mass spectrometry imaging and molecular modelling. As our Research Fellow, you will lead the computational arm of a Leverhulme Trust
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bring expertise in computational methods (such as machine learning, chemo-informatics, molecular dynamics simulation, structural biology) and / or experimental methods (such as biophysical analysis
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lab (marklundlab.com ), we investigate how sequence information in biological macromolecules governs recognition, binding, and dynamical structure. We combine high-throughput measurements of molecular
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platform to delivery nucleic acids inside mammalian cells, and will include experts in mRNA production, molecular dynamic simulations, and in vivo studies. Key Responsibilities: To further design and
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simulation (Molecular Dynamics and enhanced sampling techniques). Additional optional skills and qualifications: Experience in complementary techniques such as molecular docking and force field
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focus on both molecular liquids and biological systems such as epithelial tissues. The position will involve developing and applying advanced theoretical frameworks, numerical simulations, and statistical
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complex biomolecular structures. You will join a dynamic, interdisciplinary team exploring the frontiers of mass spectrometry imaging and molecular modelling. As our Research Fellow, you will lead the
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complex biomolecular structures. You will join a dynamic, interdisciplinary team exploring the frontiers of mass spectrometry imaging and molecular modelling. As our Research Fellow, you will lead the