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Water-soluble aza-BODIPY platform for multimodal imaging and trackable therapeutics – WazaBY
Development of a new class of water-soluble fluorophores, optimized for near infrared imaging (NIR).<br />Functionalitzation of the boron center on the aza-BODIPYs, in order to develop new bimodal and theranostic agents.<br />Valorization of the systems by a preclinical study, aiming at the bimodal imaging and theranostic approach of cancers overexpressing PD-L1.
Water capture in stable composite materials for heat storage: Application to vehicle cabins heating – STOCK-CAR
The objectives of STOCK-CAR fit into the current requirements for environment-friendly and energy-saving processes. The project targets the development and experimental evaluation of innovative thermo
Water JPI 2018 Joint Call for Proposals on “Closing the Water Cycle Gap – Sustainable Management of Water Resources” through the ERA-NET WaterWorks2017
As a member of the Water JPI, ANR has joined forces with 17 countries to launch the Water JPI 2018 Joint Call, a joint transnational call for projects to finance innovative research projects on the th
Waste enery as a local resource : towards optimized heat recovery – RECUPERTE
Waste heat recovery represents so far an underused energy, likely to take a significant share of the energy mix at French and European levels. As a local resource, it is of main interest for territories engaged in energy transition policies, provided secure and planned development. The project will be run by a team of urbanists/geographers/environmental and energy scientists in the aim to analyse and optimize the use of industrial, urban and nuclear sources of heat.
W, H and He fundamental Studies in a Complete and Integrated approach – WHeSCI
Fuel and ash from a fusion reactor will change and become trapped in the walls that confine the reaction. We have studied how and how much fuel trapping is possible in order to validate the materials used for fusion reactor walls.
Volcanic Halogens: from Deep Earth to Atmospheric Impacts – VOLC-HAL-CLIM
Volcanoes release vast amounts of gases and particles into the atmosphere including volcanic halogens. These undergo a multi-phase chemistry in the troposphere, resulting in ozone depletion, and can cause massive ozone-layer destruction in the stratosphere alongside major climate impacts. By combining our expertise across earth and atmospheric sciences this project will deliver a scientific framework to quantify volcanic halogens earth and atmospheric cycling and their impacts.
VolcaniC early awAREness (V-CARE): Development and testing of new indicators for anticipating the onset of volcanic eruptions: Application to risk management and psychosociological evaluation of social response to crisis alert. – V-CARE
Explosive volcanic eruptions above subduction zones are rare but extreme events that can generate social and environmental impacts of large magnitude, at local or global scales. The extent of the dama
Visualizing the assembly of MAPK cell signalling complexes using NMR spectroscopy – MAPKassembly
Mitogen-activated protein kinases (MAPKs) are components of eukaryotic signal transduction networks that enable cells to respond appropriately to extracellular stimuli. The MAPK pathways display remar
Visual Confidence Testing – VICONTE
Visual confidence refers to our ability to estimate the correctness of our visual perceptual decisions. As compared to other forms of metacognition, meta-perception has attracted a burst of studies re
Virtual humanoids learning motion skills – HUSKI
Virtual humanoids learning motion skills