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, integrating statistical inference, machine learning, and population genetics. We will develop advanced computational methods to characterize the functioning of T- and B-cell repertoires. The goal is to build
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electrochemical characterisation of enantiopure d-metal complexes featuring metallophilic interactions. The project is funded by the PEPR LuMa and involves a French consortium of 13 research laboratories, including
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analyses from various 2D/3D cell models. He/She will produce and characterise peptides derived from the extracellular matrix. He/She will analyse the results and contribute to their application. He/she will
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; Performing electrical, electrochemical, and physicochemical characterization of the fabricated devices; Participating in the biological and functional validation of the devices in close collaboration with
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, biochemistry and cell biology. The agent will conduct experimental biology activities, including cell biology experiments, biochemical assays, and biochemical and molecular biology techniques. They will analyze
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fundamental and clinical point of view. It combines diverse approaches ranging from genetics and cell biology to biophysics and from human cognition and psychoacoustics to computational neuroscience to create a