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competitive selection (SELEX), starting from artificial libraries of large numbers (~10^15) of distinct sequences. When the experiment succeeds, variants that perform the selected function well are enriched
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and interpretation. Prominent examples include time sequences on groups and manifolds, time sequences of graphs, and graph signals. The objectives The project aims to develop unsupervised online CPD
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the identification of clay mineral assemblages and their evolution within the studied sedimentary sequences. The new records produced will be compared with the evolution of carbonate producers, especially microbial
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Euclidean spaces, necessitating sophisticated techniques for analysis and interpretation. Prominent examples include time sequences on groups and manifolds, time sequences of graphs, graph signals, etc. A
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transcriptomic analyses (RNA-sequencing, 10X genomics) and epigenetic signatures (DNA methylation, chromatin accessibility, ChIP-sequencing, and Hi-C conformation capture techniques) for the genes involved in
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project aligned with the themes of the France–Quebec Research Chair on Contemporary Issues in Freedom of Expression (Colibex). A full description of the chair and its research areas is available online
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The generalization of new generation sequencing data (i.e., multi-omics: genomics, transcriptomics, proteomics, ...) as well as the emergence of new methods (single cell sequencing, spatial
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reproducible scale-up protocols and develop standard operating procedures. Support multiple projects within the group requiring scale-up and contribute to cross-functional teams. Interface with external partners
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research on cancer immunology and immunotherapy. Previous expertise with handling of transcriptomics data, single cell RNA sequencing datas, spatial transcriptomics or TCR sequencing at the single cell level
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les suivants : - Le développement d'un système MWI en mode MIMO (Multiple-Input Multiple-Output), qui tient compte de la difficulté de ne pas pouvoir placer des capteurs tout autour de l'épaule en