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Catalytic Access to Polyazanes – Polyazanes
The synthesis of N-N single bonds is underdeveloped, partly because of the repulsion between the non-bonding doublets of nitrogen, and partly because nitrogen prefers to form triple bonds. The aim of the project is to identify new routes to these structures from ureas, using nickel catalysis and/or light.
Unraveling AMPA receptor subpopulations nanoscale organization and traffic – AMPAR_SubPopTraffic
receptors and their physiology, provides an exceptional opportunity to address a fundamental question
Multi-Organ and Multi-Sensor on-Chip for Diabetology – DIAMOCHIP
solutions are often single organ and with one exception devoid of online sensing. DIAMOCHIP may provide
Dihydroflavonol 4-Reductase (DFR) substrate specificity - Completing the puzzle. – DFR-SPEC
DFR of Petunia is able to convert DHK under exceptional conditions. Approach We will analyze the
Lithospheric structure and fluid circulation in subduction system: impact on slip mode – FLUID2SLIP_Ukraine
IODP drillings. The Ecuadorian margin is an exceptional laboratory to continue this international effort
Quantum-based integrated sensors for chemical detection – PARADIS
en glass, respectively well known for their exceptional non-linear properties and their flexibility.
Evolution of the Cambrian and Ordovician Biodiversification Onset Over Space and Time – ECO-BOOST
The ECO-BOOST project aims to compare the diversity of modeled species with empirical data based on fossils, then to project them onto new paleogeographic reconstructions, in order to propose the first reconstruction, through time and space, of the Early Paleozoic biodiversification.
Joint transnational call 2022 for proposals on Personalised Medicine through the ERA-NET: ERA PerMed
The French National Research Agency, in partnership with 33 funding organisations of 26 countries launches the fifth joint transnational call for proposals on “Prevention in Personalised Medicine” through the ERA-NET ERA PerMed. The available budget for this call is 29 Mio€ (approx.).
Understanding volatile phenol production in fermented beverages – UnderPhe
The main scientific questions addressed in this project are to understand what are the physiological benefits of volatile phenol formation for Brettanomyces bruxellensis and Brettanomyces anomalus strains and how this production makes these species more competitive in stressful environments, in relation to genetic diversity.
Microbiome and genomic analysis in apple germplasm towards broadening genetic resources to breed for resilient varieties – AppleBIOME
resilient varieties. AppleBIOME relies in an exceptional germplasm resource representative of the broad
