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project funded by Horizon Europe focussed on developing immune-competent tissue models for testing the biocompatibility of chemicals and biomaterials. The successful candidate will join a dynamic and
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project utilizes advanced bioanalysis and biomaterials. The project is a collaboration between the Department of Chemistry, Hybrid Technology Hub and the Norwegian Institute of Public Health and is fully
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track-record of applying for external funding. It is ESSENTIAL that applicants have experience in the below techniques: Experience of biomaterial-based approaches for tissue regeneration Experience
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focus on metabolic diseases. This cutting-edge research project utilizes advanced bioanalysis and biomaterials. The project is a collaboration between the Department of Chemistry, Hybrid Technology Hub
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project utilizes advanced bioanalysis and biomaterials. The project is a collaboration between the Department of Chemistry, Hybrid Technology Hub and the Norwegian Institute of Public Health and is fully
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the biomedical field. Candidates with experience in 3D printing with biomaterials and bioreactors are preferred. Candidates must have an interest in tissue bioengineering, stem cell research, and molecular biology
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collaborative efforts of Asst. Prof. Jennifer Young’s Soft Nano-Biomaterials group and Assoc. Prof. Guillaume Thibault’s Lipid Regulation and Cell Stress group. Our goal is to characterize and replicate
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hours: full-time Published: 22.02.2024 Limitation:Temporary (24 months / extension is sought) Contract:TV-L Your Tasks Lead pancreatic cancer projects utilizing patient-derived biomaterials and transgenic
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considered: chemistry and radiochemistry, biomaterials, nanomedicine, immunology, molecular imaging, theranostics and translational research. Motivation and drive to work hard and learn new skills are most
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engineering, materials science and engineering, or a related field. Knowledge of any of the following will be advantageous: rheology, biomaterials, microfluidics, microscopy, colloidal science, gels Key