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of interacting with the homologous chromosome rather than the sister chromatid. In this project, we will study the regulatory mechanism of the recombinases (RAD51 and DMC1) that enables this control, using mouse
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the strategy of dry superhydrophobic surfaces with low adhesion, of the lotus leaf type, for the development of functional surfaces with controlled adhesion in the framework of dry toilets. In order to
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the strategy of lubricated superhydrophobic surfaces with low adhesion, of the Pitcher-Nepenthes plant type, for the development of functional surfaces with controlled adhesion in the framework of dry
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mangrove systems may be controlled by different mechanisms than in terrestrial systems. Therefore, we will analyze the molecular composition of soil organic matter associated with minerals to determine its
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“minimal” and modular gene cascade to control MeCP2 re-expression and avoid any dosage drift. The thesis work will consist of designing and testing vectors containing gene cascades first during a first
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metabolic restrictions, while in the gut, microbial metabolites influence immune regulation and tolerance. In this context, the FNRS and FNR funded projects will explore how metabolic pathways control T cell
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/microsondes and integrate these systems into the measurement environment; ensure quality control and guarantee reproducibility (SOP, GxP laboratory) Analyse data, write reports and prepare data sets
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mosquitoes and the pathogens they transmit, and on the basis of these results, designs new strategies to control disease transmission. The PhD student (M/F) will benefit from interactions with students and
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INP - UGA, Grenoble Alpes University and the CNRS, in the field of Electrical Engineering Research. It covers a scientific spectrum ranging from materials and components to the design and control
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team “Spatial Control of Genome Integrity and Oncogenesis”, under the supervision of Dr. J. Basbous (DR2, CNRS). IGH is located on the Arnaud de Villeneuve campus and is part of the Objectif Employeur