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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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quality and hinder quantitative image analysis, even when serial sectioning approaches are employed. To address this limitation, an initial strategy will consist of homogenizing the refractive index
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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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developments and quantitative image analysis, with the support of C. Lagadec (CANTHER) in cancer biology. Experimental work will be carried out at PhLAM, while the theoretical developments will be conducted
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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
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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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processing (image analysis); (iv) the results will be used as input parameters for reactive transport modeling. Keywords: microfluidics, micro-model design, heterogeneous porous media, leaching, reactive
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, and quantitative image analysis tools. Microplastics have become ubiquitous environmental contaminants and are increasingly accumulating in living organisms. Their interactions with immune cells raise
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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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environment within the laboratory, including imaging and irradiation platforms (BioALTO, TWAC, Institut Curie Orsay, Institut Gustave Roussy), - data analysis and image processing tools (notably CPBM at ISMO