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Temporally Heterodyned Theta Tomographic Microscopy – THTTM
THTTM Project aims at characterizing moving samples using Tomographic Diffraction Microscopy (TDM). These aspects will be studied through two main axes:<br /><br />- discrimination of static/dynamic areas of a sample using laser Doppler 3D imaging<br />- Moving object characterization using TDM
Implication of pesticides in the decline of avian flagship species in farmland – PestiStress
Comprendre les effets sublétaux des pesticides et leur implication dans le déclin de l’avifaune en milieu rural
Cross-diffusion systems in moving domains – COMODO
This proposal aims at developping appropriate models and efficient accurate numerical methods for the high-performance simulation and the optimization of the fabrication process of thin film solar cells.
Targeting D-alanylation of teichoic acids to fight clinically-problematic Gram-positive pathogens – Dalatar
Targeting the D-alanylation of teichoic acids to fight Gram-positive pathogens of clinical interest
A new biphasic microgel as lipoxin delivery system for tissue engineering – BILIPOX
We hypothesize that exogenous provision of LXA4 could dampen excessive inflammation in pulpitis and peridontitis. The specific goal of this project is to evaluate the potential benefits of a new Biphasic Microgel (BPMG) as lipoxin A4 (LXA4) delivery system. This functionalized BPMG aims both to modulate inflammation and to promote tissue repair or regeneration in pulpitis and periodontitis
Recovery or cell death in stress-exposed bacteria – NOVOREP
The project has the ambition to fully characterize, from signal to cellular responses, a novel bacterial stress response mechanism in which two proteins, a metalloprotease and a transcriptional regulator, control expression of known and yet unknown genes, leading to either cell survival or apoptotic- like death.
Unravelling the Mars’ atmosphere Main Mysteries (MCUBE) – MCUBE
Unravelling the Mars’atmosphere Main Mysteries
Inferring Folding Pattern Specific U-Bundle Atlases – IFOPASUBA
The core structure of the short-range cortical connections is a set of U-shaped fiber bundles that circumvent the cortical folds. They have never been mapped at a large scale in the human brain, probably because of the large variability of the cortical folding patterns. We propose to leverage the emergence of a dictionary of the most frequent folding patterns to infer a specific U-bundle atlas for each such pattern.
Optimising the use of discretionary salt – SalEtMieux
Reducing sodium intake has been identified as an efficient lever to prevent noncommunicable diseases. Key sources of sodium include manufactured food products but also discretionary salt, namely salt added by consumers during the preparation and cooking of meals and at the table when seasoning. However, discretionary salt has been largely neglected so far, in spite of the fact that it deserves to be considered to pursue the sodium intake reduction.
Enhancing the Quality and the Level of Internal Protections of Shell Eggs – EQLIPSE
The EQLIPSE project is positioned in the context of extension of the production period of laying hens. In particular it aims to study the consequences of this extension on the quality and natural defenses of eggs and to identify levers to control internal alterations induced by hen age and egg storage conditions.
