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members. The work will benefit from the Institute's facilities, including an ultra-high-speed camera, imaging and characterisation platforms, and a microfabrication platform comprising a clean-room facility
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cellular changes. Advanced imaging techniques, including structural and functional-MRI, developed by Dr. Emmanuel Barbier (GIN director), will be used to optimize rSynES and monitor neuronal changes over
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• Support in maintenance of the Platynereis culture • Dissemination of results in oral and written form. • Activities • Calcium imaging, data acquisition and analysis • Opto/Chemogenetics at cellular and
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objective will be to adapt tissue-clearing techniques for multimodal nonlinear imaging while preserving both the structural integrity of the biological specimens and the integrity of the optical signals
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and experimental models to study metabolic communication in GBM invasion. In this context, spatial transcriptomics and mass spectrometry imaging provide tissue-level maps of tumour–microenvironment
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will be to analyze the performances of ultrathin hBN flakes (down to the monolayer limit) doped with VB centers for quantitative magnetic field imaging at cryogenic temperature (4K). The 2D quantum
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. This interdisciplinary approach relies on the complementary expertise of S. Giordano (IEMN), who will develop a multiscale mathematical model of the multicellular system, and F. Anquez (PhLAM), who will lead the imaging
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lines, as well as high-resolution live-cell imaging techniques. Where to apply Website https://emploi.cnrs.fr/Offres/Doctorant/UMR5237-JERBOU-001/Default.aspx Requirements Research FieldBiological
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tools for the processing of signals or images acquired with biomedical sensor networks (cardiology, neurosciences) or in geosciences (seismology and marine ecology), but also in wireless communications
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growth at grain boundaries; (iii) the development of methods for in situ pH monitoring; and (iv) data processing (image analysis). Keywords: microfluidics, bioprecipitation, porous media, MICP