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this could revolutionize genetics, medicine, and agricultural technology, leading for example to the development of better crops, able to face the challenges posed by global warming. Objectives: This project
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24 Nov 2025 Job Information Organisation/Company CNRS Department Expression Génétique Microbienne Research Field Biological sciences » Biology Researcher Profile Recognised Researcher (R2) Country
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of confinement time on the aspect ratio. This study will then be extended to plasmas from the TCV and DIII-D tokamaks to investigate the dependence of confinement on plasma triangularity. Based on these validated
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laboratories, cell culture facilities, protein expression platforms, and access to cutting-edge technological resources. The project offers a stimulating environment to gain experience in chemical biology in a
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aspect of the project. Where to apply Website https://emploi.cnrs.fr/Candidat/Offre/UMR3589-CYRDEN-003/Candidater.aspx Requirements Research FieldEnvironmental scienceEducation LevelPhD or equivalent
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-free synthesis, but also bacterial expression. S/he will analyze them by solid-state NMR, potentially complemented by other biophysical approaches and solution NMR. The candidate will work closely with
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of reproduction to identify key steps and quantify molecules (proteins) and gene expression that promote male fitness in the black soldier fly (BSF). Team Description: The postdoc researcher will work within the
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, manipulating gene expression as well as in classical cell and molecular biology techniques are required. Applicant should be first author of at least one publication related to the subject or skills required
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, and structural biology approaches - the SUMOylation of a key human DNA-repair protein. The project will involve protein expression and purification, interaction assays, structural modelling, and protein
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on the same scale as their wavelengths (a few tenths of a nm at 300K) from the theoretical aspect to measurements on the nanometric space and sub-picosecond time scales, with the aim of tailoring heat transport