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Field
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analysis and collaborative exchanges with external partners in microbial ecology will ensure the integration of complementary expertise. The project is structured around four interdependent objectives. 1
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. Specialisation in the analysis of JWST data is expected. - Ability to integrate into an international team, to be reactive in exchanges with the rest of the team. - Ability to communicate results in the form
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systems. In particular, highly functional flexible electrochromic (EC) systems involving the integration of several active materials (metal oxides, electrolytes, network of metal nanowires used as
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France-Germany project in the group headed by Dr. Julie Soutourina at the Institute for Integrative Biology of the Cell (I2BC), Genome Biology department on the Gif-sur-Yvette campus of the CNRS (Paris
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Work Package 4 that aims to integrate heterogeneous data acquired through Work-packages 1 to 3 and decipher genome–phenome relationships, working in close collaboration with a PhD student working on
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to the overactivation of resistance pathways (e.g., NFkB pathways), and 3) to define novel signatures integrating epigenetic regulations to improve risk stratification in MCL patients. This project relies on high
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improve this chain and derive dead fuel estimates, which will be integrated into forest fire spread simulations conducted by another postdoc at the Météopole. Both postdocs will collaborate closely. Since
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will be to generate the mitogenomic data and, then, to integrate and analyze all datasets. -- Generation of mitogenomic data (high-throughput sequencing and bioinformatic analyses) -- Phylogenetic and
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establish his/her own original research axis integrating and converging the thematic of the laboratory. The applicant will benefit personal mentoring to apply to grants and candidate to research tenure
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of research themes around major classes of biomolecules within the same Institute is unique in France, and even in Europe. IBMM displays its skills for integrated research, with the aim of understanding