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Deriving Performance-Optimized Gestural Interaction – GESTURE
: Deriving Performance-Optimized Gestural Interaction
Impact of Microhomology Mediated End-Joining DNA repair pathway in vivo – i-MMEJ
Double strand breaks (DSB) are a severe threat to genome integrity in living organisms. In the wild environment animal cells are exposed to external DNA damaging such as chemicals or ionizing radiation. In this project, we studied the importance of MMEJ/NHEJ in living animal context by creating Clytia and zebrafish mutants for genes involved in MMEJ or NHEJ.
Characterization and novel therapeutic options for pigmented villonodular synovitis – PVNS
Pigmented villonodular synovitis (PVNS) is a rare joint disease with an estimated incidence of 14 per million per year. Most PVNS are diagnosed between 20 and 50 years and affect<br />large joints. PVNS is a benign proliferative lesion arising from synovia that results in a secondary inflammatory joint response, pain and destruction.
Prediction,reduction and study of damages impacting 3D weaving – PREDICTISS-3D
Studying and reducing damaging yarn/yarn interactions during the high density weaving of sensitive materials
Intensity interferometry at Calern – I2C
After the pioneering studies in the 1960s-70s, intensity interferometry has given way to amplitude interferometry, which has a better sensitivity, but at the cost of a much greater complexity. The I2C project aims at demonstrating the new potential of intensity interferometry using modern photon detection and manipulation and digital signal processing technologies.
The EYE, a WINdow to neurovascular coupling – EyeWin
Neuro Vascular Coupling (NVC) is a mechanism by which the supply of oxygen and nutrients is adjusted to neural activity via blood flow regulation. Disruption of NVC in the brain is at the core of several pathologies. Extensive analysis of NVC has been performed on animals. Non-invasive technics are used on humans (OLD fMRI) but lack resolution. Retina offers access to NVC evaluation through non invasice optical techniques, provided that high spatial and temporal resolution is reached.
A low-frequency radio imager for NenuFAR – NRI
Development of the autonomous imager mode of the NenuFAR low-frequency radio telescope.
Bibliothèque numérique pour les humanités ouvertes
ligne de nombreux carnets de recherche. Au 14.01.2021, 3822 carnets sont au catalogue, l’objectif de 1500
Optimizing Paralympic performance: from detection to medal-winning
2020) dont les inclusions ont débuté en janvier 2021. Le matériel complémentaire a été acquis ou conçu
Plasma Science and Training
lancement, l’EUR a attribué 11 ½ bourses de thèse (1 en 2021, 7 en 2022 et 3 en 2023) et a financé 9 postes CTER
