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biological mechanisms that control it remain largely unknown. The aim of this PhD project will be to understand how changes in pressure drive this extremely rapid three-dimensional reconfiguration of a tissue
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remodelling events, thereby generating the mechanical forces required for its motility. This motility also relies on the dynamics of adhesion structures to the extracellular matrix. Genetic evidence
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-associated VC is extensively studied in adults, the underlying mechanisms remain poorly understood in children. Pediatric CKD nonetheless provides a unique model to study VC: the disease is most often caused
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(cyclic voltammetry, electrolysis), spectroelectrochemistry, and surface modification (electropolymerization, electrodeposition) to study the mechanisms of electro/photocatalytic processes. In this context
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and Université Côte d'Azur. INPHYNI is a physics laboratory covering a broad range of research topics, with strong activities in fluid mechanics, soft matter physics, biophysics, microfluidics, and
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and the Ascidian Ciona to understand the molecular, cellular and neuronal mechanisms of pressure sensation. The comparative analysis will require the use of high-end techniques in neurobiology including
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of research. We propose a novel approach: to design solid cellular materials (3D-printed), whose shape and mechanical properties evolve in a controlled manner in response to internal depressurisation; using
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interaction processes, serpentinization, and seismicity. However, the mechanisms controlling seismicity and hydrogen migration remain uncertain. The doctoral thesis will analyze diagnostic seismological
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within a top-tier international environment. The goal of the proposed project is to unravel new mechanisms of ovarian regulation in mammals involving the ovarian epithelium during development, ageing and
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perfusion and mechanical stimulation in tumor tissues to investigate their poromechanical properties and optimize molecular transport within explants. The successful candidate will be involved in: - Designing