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Visualizing interactions between XCR1+ dendritic cells and lymphocytes and deciphering their molecular regulation – XCR1DirectingCells
XCR1+ dendritic cells (DC) represent a minor population of immune cells in human and mouse. Yet they are strong activators of innate lymphoid cells (ILC) and CD8+ T cells, which effector responses all
Visualization, perception and pedagogy of lighting through innovative numerical displays – PERCILUM
This project will produce knowledge that will lead to new tools for assisting building professionals (architects, engineers, developers) and educators in their decision making and teaching processes:
Visualisation of chromatin dynamics during early mammalian embryogenesis – VisualChromatin
Genomic reprogramming reverts fully differentiated cells to toti- or pluripotent state to start a new developmental program. In the early mouse embryo, fully differentiated gametes are reprogrammed af
Visualisation of FAANG data – VizFaDa
Food production systems need to be more efficient and sustainable to tackle the challenges posed by a growing population and a climate crisis. Breeding strategies have proven themselves to be essentia
Visual-Inertial aided navigation for Micro Aerial Drones – VIMAD
Acquire a deep theoretical comprehension of the problem of fusing visual and inertial measurements. Starting from this knowledge, build a new robust and reliable perception system, only based on visual and inertial measurements, to enhance the navigation capabilities of fully autonomous micro aerial drones.
Visual semantic analysis: toward a smarter urban navigation – AVISE
Toward a safer navigation
Visual restoration by cortical optogenetic stimulation in non-human primates – BrainOptoSight
The BrainOptoSight project aims at restoring vision in blind individuals following an optic atrophy with a complete loss of their eye/brain connection. Our strategy relies on optogenetic therapy to di
