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Receptor proteins and redox control at the interface of symbiosis & immunity – DUALITY
DUALITY builds on the originality of a class of plant receptors, the LysM-Receptor-Like Kinases (LysM-RLKs), being able to recognise symbiotic and pathogenic signals, and rapidly activate appropriate, contrasted responses. The project studies these receptors in model legume plants, Medicago truncatula and Aechynomene spp. that differ in their dependence or not on rhizobial signal molecules, called Nod factors, for establishment of the Rhizobium-legume symbiosis.
Micro-SENSors based on metal oxide sensitive layers and Metal Organic Frameworks for AIR quality monitoring at low cost - 2020 – SensMOFAir-2020
New sensitive layers, smart MOF filters and advanced electronics: the triple strategy to overcome the low selectivity of MOS sensors.
Mid-infrared properties of heavily-doped semiconductor nanocrystals – MOSAIC
coupling between the particles. The only notable exception is a spectroscopy measurement of the optical response
Probing the 3D Alpine lithosphere by Full Waveform Inversion of the AlpArray teleseismic data – LiSAlps
The Alpine chain has historically been one of the most epitomic natural laboratories to simultaneously study various deep and shallow geological processes controlling orogenesis due to their outstanding outcrop conditions. In this context, the objective of LisAlps project is to develop next generation models of the crust and uppe mantle of the Alps by applying leading-edge seismic imaging techniques such as Full Waveform Inversion (FWI) to the dense AlpArray teleseismic data.
The return to an aquatic life, the evolution of propulsive efficiency & biomimetics – DRAGON2
among evolutionary stages. Snakes constitute an exception. A single undulatory locomotor mode is efficient
Life during past super-warm climate events: evolutionary dynamics of Early Eocene mammals from Southwestern France – EDENs
Evolutionary Dynamics of Early EoceNe mammals from Southwestern France
Applicable methods in trifluoromethoxylation for high value compounds and 18F-PET Imaging – Ap-PET-I
The overall objective of the Ap-PET-I project is to devise new and efficient nucleophilic trifluoromethoxylation methods. The protocols should be robust enough for application, on the one hand, in medicinal and agrochemical R&D especially; and, on the other hand, in more delicate processes such as the preparation of radiotracers for 18F PET imaging.
HYPOxemia and HYPOthermia in foraging elephant seals: diving into physiological conundrums – HYPO2
submerged for a staggering 120 min. SES have the exceptional ability to maintain the integrity of cognitive
Staphylococcus aureus sRNA-mediated adaptation to metal-based host defense strategies – MetalAureus
method. The MetalAureus project represents an exceptional opportunity to understand the mechanisms employed
Performance and Behavior at the nanoscale of new efficient and environmentally Friendly nanolubricants – BeFriend
non-toxic when dispersed in lubricants, they present exceptional tribological properties (friction reducing and
