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Description DC11: Evaluation of biomimetic geometries and nanostructured titanium surfaces to secure the peri-implant tissues from infectious complications. Join the prestigious Marie Skłodowska-Curie Actions
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involve developing in Elmer/Ice a realistic moving calving-front module, beyond tests already conducted on idealized geometries (e.g., CalvingMIP), for large-scale applications. This PhD will therefore
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novel method for predicting amyloidogenic potential. Differentially abundant proteins from various omics datasets will then be identified and used to pinpoint key proteins associated with
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