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researcher for a 3-year position to work on a project aimed at identifying new therapeutic strategies targeting the NF-κB pathway in two hematological malignancies: multiple myeloma and mantle cell lymphoma
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immune cell recruitment within tissues. Therapeutic targeting of these immune responses has already demonstrated clinical benefits in various pathologies, highlighting the strategic importance
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between cellular approaches, experimental models and translational issues, and strengthens PIMIT's position in the study of infectious mechanisms in contexts of recurrent exposure. It contributes
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expertise in the coagulation cascade and its cellular and molecular actors, such as blood platelets and pro- and anti-coagulant molecules, the Unit has contributed to improving knowledge in the field
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professor will strengthen the “Quantitative Nanoimaging of Biological Systems – Organization and Dynamics” team, which focuses on cell signalling processes and develops original techniques based on tracking
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cellular behavior. This includes generating in silico predictions for biological phenomena that remain inaccessible to direct experimentation. Statistical methods and AI approaches are developed and applied