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-pathogen interactions is an asset • Experience in genetic manipulation of bacteria, infection models, and molecular analyses • Proven track record with publications in peer-reviewed journals
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interpreted in the light of theoretical models and scenarios on the evolution of material culture, environmental changes and the cognitive abilities inferred for the members of our lineage. Main tasks 1. Design
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will then be used to investigate the insertion mechanism of lithium ions and to understand the nature of the interaction between the material and the electrolyte. With these insights, alternative active
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proteins of interest, as well as their interactions with nucleic acids. S/he will produce samples following well-established protocols relying mainly on cell-free synthesis, but also bacterial expression. S
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with this discipline. The diversity and dynamism of data, services, interaction devices and usage contexts require the evolution of systems and software to guarantee essential properties such as
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The candidate (M/F) will work in the frame of the ANR-funded project PlantVirImmune. PlantVIrImmune aims to uncover the mechanisms of protein-mediated antiviral immunity (“pattern-triggered immunity”, PTI
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, funded by the ITMO Mathematics and Informatics for Cancer program, is to efficiently process and analyze hundreds of thousands of RNA-seq datasets on human cancer. The central innovation of the project is
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interactions (cuprophilic, charge-transfer, π-π stacking), which influence excited-state geometry and luminescence. A stepwise modeling protocol of increasing complexity will be applied, using QM/MM methods
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, mask design, and use of Focused Ion Beam (FIB) techniques; - Expertise in 2D materials, particularly graphene; - Strong skills in spectroscopy (Raman, instrumentation, data processing and analysis
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local, national, and international collaborators. - Prepare the publication plan. - Participate in data interpretation and the writing of scientific articles. Part of the University of Paris Saclay