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), Biochemistry (production and purification of protein complexes), Structural biology (cryo-electron microscopy and image analysis). The final goal is to build a mechanistic model of substrate recruitment by
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optimization of complex systems, intelligent data and information systems, as well as networks, distributed systems, and security. LIMOS stands out for its interdisciplinary approach, combining theoretical
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results from a complex interplay of protein-protein, protein-lipid, and lipid-lipid interactions, governed by thermodynamic principles at the atomic level. Deciphering how these molecular interactions shape
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adapt their behaviors when detecting chemotropic molecules. These cues are key to adjust a variety of complex cell behaviors ranging from axon pathfinding, neuronal migration and angiogenesis during
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and transcriptomic data that will be subjected to bioinformatic analysis to integrate and interpret complex datasets, helping us to better understand the underlying mechanisms of the disease. Our
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network contracts upon local stimuli to orient fluid transport where it is needed. This enables autonomous functionalities without the need for a complex nervous system. These organisms use fluid transfer
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molecular biology or immunology with a strong background in inflammation and/or fibrogenesis. Required languages: Fluency in English (written and spoken) and ability to clearly present complex scientific
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sometimes struggle to effectively sustain patients' learning throughout their rehabilitation journey and may not adapt to the evolution of their abilities. Rehabilitation is a complex process that requires
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phenomena (nanoscience and size-dependent fundamental properties) Soft matter and physics–biology interfaces (complex systems, living tissues, liquid crystals, foams, polymers, granular matter). The PhD will
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that will bring us closer to the cellular context. The PhD student will use a combination of biochemical and structural biology methods: reconstitution of ribonucleoprotein complexes from cell extracts and/or