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disorders and intellectual disability. Our research aims to understand the molecular mechanisms that govern cytoskeletal dynamics during nervous system development and how their disruption by mutations may
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, molecular organization of the first molecular layers). Quantitative, dynamic characterization of interfaces at the molecular level, and its link to interfacial thermodynamics and mechanics, remains limited
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, biophysics, biochemistry, and molecular modeling, developing experimental and numerical approaches for the study of complex molecular systems. Within this institute, the Biophysics of Complex Systems team
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-induced wounds. At the molecular level, frequent exposure to acute or chronic tissue damage in epithelial tissues has recently been shown to activate plasticity mechanisms, with a deep impact on the cells
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to environmental disturbances. The MULTICHEM-HOLO project aims to test the hypothesis that post-fire resilience is an emergent property of this holobiont, resulting from dynamic interactions between the plant, its
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a focus on understanding cell division, genome stability, chromosome dynamics, mitochondrial function, and the molecular mechanisms underlying human health and disease. Cohesin, cellular adaptation
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autophagic pathways. Using advanced imaging, cell biology, and biochemical approaches in human iPSC-derived astrocytes and neuronal models, the project will characterize the molecular mechanisms linking
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research spans a wide range of topics, including experimental and theoretical molecular physics, the dynamics of complex systems, photonics, and quantum science. This PhD project lies at the interface