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- l'institut du thorax, INSERM, CNRS, Nantes Université
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and mRNA translation. The successful candidate will establish live imaging tools to analyse translation dynamics in regenerating axons, using an ex vivo culture model previously optimized (Schaeffer et
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thermochemical reactor process for heat storage, characterizing its behaviour and thermal performance. Post-doc Objectives: A prototype, representative in scale of the final system (several kW and several kWh
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sufficient to modulate interaction phenomena. This will make it possible to discriminate between hydromechanical and chemomechanical couplings. Finally, the combination of multimodal imaging techniques during
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environment, with a wide range of instruments suitable for multidisciplinary research, from cellular and preclinical imaging to crystallography. This project will be carried out under the scientific guidance
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characterization of the obtained optical fibers (loss, bend sensitivity, modal quality, polarization, etc.). - Geometric measurements of fibers (surface roughness, transverse profile, SEM imaging, etc
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programme Is the Job related to staff position within a Research Infrastructure? No Offer Description The IMMENSE project is funded by the University of Lille, France. Our overarching goal is to image
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nanostructuring, molecular collisions and the interstellar medium, radiobiology and innovative techniques for imaging and therapy of certain cancers. GANIL (about 290 people) is located in France, in the city of
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on the modeling of tumor growth. Tumor growth is a complex phenomenon, influenced by numerous biological, metabolic and environmental factors. Morphological magnetic resonance imaging (MRI) is widely used to detect
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electromagnetic cascade to be obtained. The initial results obtained with a small prototype subjected to cosmic rays and particle test beams at CERN are promising. They show that a stochastic sampling term of order
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) the creation of new-based DNA nanostructures as a molecular template to hold proteins to facilitate molecular imaging by single-particle Cryo-Electron Microscopy (Cryo-EM); and (2) the development of DNA-based