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Field
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distribution will change. Earlier in their career they will directly conduct research, whereas later, as they become ready to apply for other positions or transition away from postdoc status, they focus
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fractures can play a key role on production performance. One of the persisting challenges is to create complex 3D fracture networks and solve multiphase flow efficiently. None of the existing tools can
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the long-term wear, antagonist wear and failure mechanisms of 3D-printed crown materials remains limited. Clinically relevant testing must therefore consider cyclic loading, sliding contact, saliva
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, or detailed knowledge of, tumour microenvironment modelling, particularly relating to tumour vasculature. Essential: Proficient skills in cell culture, 3D and co-culture assays, confocal microscopy and
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modalities in the rodent brain (3D light-sheet microscopy, spatial transcriptomics and MRI of the same brain) to learn MRI contrasts that can depict neuronal and glial cell density and morphology. You will
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Apply for this job See advertisement Job description Applicants are invited for a three- or four- year Postdoc position at the Department of Education, University of Oslo. We are seeking a candidate with
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exposure to advanced additive manufacturing technologies and materials research in a collaborative research setting. Throughout your appointment, you may have opportunities to: Design 3D parts to support
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modalities in the rodent brain (3D light-sheet microscopy, spatial transcriptomics and MRI of the same brain) to learn MRI contrasts that can depict neuronal and glial cell density and morphology. You will
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monolayer and 3D cell culture, analysis of DNA damage repair and the replication stress response by microscopy (of foci and fibers), protein biochemistry (immunoprecipitation and western blotting), drug dose