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recruiting a Post-doctoral Researcher for the study of the structure-function relationships of ribonucleic complexes during the translation initiation stage in higher eukaryotes. The project will consist in
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, nanostructuring, porosity) and their surface/interface physico-chemistry (functionalization, topography) in order to modulate or optimize their properties. The heterogeneous and complex structure of the studied
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such structured communities first emerge are still unclear. Also, how the current and past environmental characteristics affect host-associated microbiomes is unclear. The idea of this postdoc is to expand a
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. - Previous experience in one or more areas of chemoinformatics, drug design and structural biology of protein-ligand complexes. - Proficiency in tools and concepts related to molecular modelling (AlphaFold and
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reaction calculations. The candidate will then participate in a systematic assessment of the range of validity and limitations of this approach when moving toward heavier systems and more complex reaction
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. Using all-atom molecular dynamics simulations and enhanced sampling techniques, the project will investigate how S-glutathionylation modulates nucleosome structure and dynamics, alone and in combination
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Description Magneto-transport study of topological insulators up to 70 T: toward Quantum Anomalous Hall effect in topological hetero-structures The main property of topological materials is the existence
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the boundary layer and the turbines, but also at the center. This should shed some new light on the dissipative structures and extreme events possibly responsible for the large scale evolution of the flow
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synthesis (main task) - Characterization of the synthesized complexes by NMR, UV-visible, IR, XRD, EPR and any appropriate analytical mean (main task) - Study of the reactivity of synthesized complexes
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language models to whole genome sequencing data - Develop algorithms and neural network architectures for the prediction of structured outputs (i.e. trees, graphs) - Implement and develop methods