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Field
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materials using statistical mechanics, molecular simulations, and machine learning. Expectations Candidates will be responsible for: Developing multi-scale modeling methods for polymeric materials, using
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well as important gene/environmental interactions. The successful applicant will be immersed in cutting-edge high throughput gene targeting and single cell RNA-seq, and in the molecular and cellular biology of
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models of mechanotransduction. Research projects are highly interdisciplinary, aiming to integrate in vitro biochemical and cell biological techniques with in vivo models and clinical samples. Recent
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. Additional requirements: PhD with a strong background in Molecular and Cell Biology. Hands-on in vitro and ex vivo experience in human disease modeling using primary cells, tissue slices or iPSCs. FACS
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biochemical reactions to scale-up and validation of process engineering. CBS projects aim at an in-depth understanding of the molecular mechanisms of all transformations in order to propose new original
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processing equipment Modern methods in molecular biology for the engineering of proteins and microorganisms Skilled in computational methods for the prediction, characterization or modelling of biomolecules
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, preserving its mechanical properties is crucial. Tissue engineering (TE) and xenotransplantation, particularly using pig models, offer promising solutions. This project aims to advance meniscus TE and
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a model system, research in the Stahley Lab focuses on understanding the cell-cell interactions that establish collective cell polarity. The successful applicant will be expected to employ cell and
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with structural modelling or protein design tools is also considered a welcome asset to our diverse team. What do we offer? The Högberg lab is part of the division for Molecular Systems Biotechnology
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modeling and techno-economic assessment as appropriate. The candidate will work independently under general guidance, collaborate effectively within a multidisciplinary team environment, and prepare