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intracellular regulation of neuronal nAChRs is barely described. Yet, to achieve their physiological role, neuronal nAChRs are targeted to specific sub-cellular compartments through interaction with cytoskeleton
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developed in solid and structural mechanics. In the course of their previous experience, they will have developed knowledge in one or more areas of non-linear physics or solid mechanics, such as fracture
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attention as a major regulatory marker controlling diverse aspects of RNA metabolism and function, including: alternative splicing, structure switching, export, miRNA maturation, stability, translation, m7G
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are treated classically and some quantum mechanically. Two practical applications are envisaged: (i) The entanglement of two distant quantum spin qubits coupled via magnetic dipole interactions mediated by a
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to leverage recently discovered topological insulators (TIs), which exhibit significantly larger SOT compared to conventional metals like Pt, Ta, or W. By replacing heavy metals with TIs in these structures, we
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include: · building hierarchical causal graphs to account for the multi-scale structure of the experimental system, · detecting latent variables that may affect causal inference
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increase in the number of strains that are multi-resistant to antifungal agents is leading to a growing incidence of two other species, C. glabrata and C. auris. Being a complex and dynamic structure
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mechanistic knowledge will be conducted, exploiting the known grouping structures among features in the omics data, using dedicated approaches for structured data analysis. With the help of statistics, machine
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-free solvents. Thermodynamic modeling studies will be used to determine the choice of solvents. The structural properties and magnetization dynamics will be measured by ferromagnetic resonance. The final
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project between the Mouse Genetics Laboratory (https://research.pasteur.fr/en/team/mouse-genetics/ ) and the Insect-Virus Interactions Unit (https://research.pasteur.fr/en/team/insect-virus-interactions