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of experimental data - Molecular Dynamics and Finite Element calculations. . Metallic nanoparticles (NPs) exhibit unique physico-chemical properties departing from those of bulk materials, primarily due
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interdisciplinary and international working environment, with state-of-the-art imaging and cell and molecular biology platforms, as well as access to the IPGG's microfabrication and microfluidics platform. Where
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better understanding of the molecular determinants governing protein targeting to the chloroplast and antimicrobial activity of with the aim to develop predictive models that can correctly identify
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, particularly using reconstructed human skin models that mimic aging or wound-healing conditions. This work takes place in a multidisciplinary framework combining chemistry, biophysics, and tissue engineering
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. This project will be financed by an Impulscience grant, which runs until June 2029. The postdoctoral fellow will be using Drosophila as a model organism. They will be managing Drosophila stocks and setting up
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to develop innovative methods in organic synthesis, polymers, analytical chemistry and molecular modeling, and to apply them to different sub-fields of the discipline (bioorganic chemistry
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to the scientific supervisor The recruited person will join the Brain Plasticity Laboratory (UMR 8249 – CNRS) at ESPCI, which brings together eight teams studying the molecular, cellular, neuronal, and behavioral
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, and structural biology approaches - the SUMOylation of a key human DNA-repair protein. The project will involve protein expression and purification, interaction assays, structural modelling, and protein
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during development, in compositions and dosages pertinent to environmental contamination, results in neuro- and cardio-vascular defects. The person recruited will use zebrafish as a model for studying
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composition and atomistic modeling of materials. The main activities will include: - formulating new descriptors of critical temperature (Tc) incorporating electronic fluctuation effects, evaluated by