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within the themes developed by the following three teams: • “Geomaterials and Sustainable Construction”: Research focuses on natural and anthropogenic geomaterials (soils, raw and bio-based materials
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for modelling protein structures and protein-ligand (metabolite) interactions. Using multi-scale molecular models, we aim to predict the structural features of gibberellin (GA) transporters, a key phytohormone
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. For example, they will be involved in sampling, sample preparation, and fractionation procedures. They will share basic data on the physicochemical parameters of soils and their pedogenic environment. This will
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of the organism's genome. Over long evolutionary periods, specific interactions between hosts and TEs have been selected to facilitate their coexistence, thus preventing the extinction of the host and/or the TE. In
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energies usually spanning from few tens of eVs to few hundred eVs. These ultrashort pulses serve as a powerful tool for studying light-matter interactions, functioning as either a 'pump' to initiate
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of Orléans (France) and USP (Brazil). The project involves the immunology teams of Dr Nicolas Riteau and Prof Larissa Dias da Cunha in Brasil and the biochemistry/structural biology team led by Dr Bertrand
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and evaluation of interactive systems, adaptive and personalized interaction, and context-aware systems, applied across multiple domains including healthcare. Aphasia is a language disorder, often
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for social and economic activity, but are more complex and evolving systems, shaped by dynamic interactions between population growth, land use planning, infrastructure development, and the integration
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through weekly meetings between the doctoral candidate and the thesis supervisors. These meetings will occasionally include other team members (postdoctoral researchers, Master's students). Bioinformatic
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Information Eligibility criteria 1. Fundamental knowledge • PhD in virology, molecular biology, or structural biology. • Strong knowledge of structural biology and protein–protein interaction methods. • Mastery