Search for a funded project
high strain RAte, TEmperature and Small-scale mechanical properties of materials – RATES
The vast majority of work on scaling effects (in the sense of mechanical properties) in metallic materials is limited to low strain rates ( < 0.01 /s) and moderate temperatures ( < 200 °C). The field of very high strain rates and high temperatures is still relatively unexplored, especially at small
eXplaining Competency and Autonomy development in Learning Environments – xCALE
With the advent of MOOCs, and the success of exercise-based platforms, large-scale online environments are becoming widespread, both in distant learning and in blended learning. Self-Regulated Learning (SRL) is known to have a good potential on autonomy development and on maintaining motivation fo
e-Substrates for molecular imaging in cells – NIS
In the last decade, the world has seen two major pandemics: the influenza virus in 2009 and SARS CoV2 in 2009. These and many other human pathogenic viruses are composed of thousands of molecules ranging in size from 80 to 200 nm. They replicate in cells by assembling, budding or crossing the plasma
e-COL+, the enhancement of natural history data in France
Le projet e-COL+ a pour objectif de valori ser les collections naturalistes françaises par l’acquisition et la mise à disposition d’imagerie s de pointe en 3D. Débuté à la fin de 2021, e-COL+ a travaillé en 2022 à l’organisation du consortium, sa comitologie, la rép
demographics of planets close to their birth place & their occurrence in the disk and the bar of our Galaxy. – COLD-WORLDS
The objectives of the project are to answer the following questions: 1/ What is the mass distribution of cold planets up to ~1 Earth mass at the ice line where most planets form? 2/ What is the spatial distribution and abundance of cold planets towards the centre of our Galaxy? 3/ How can we rout
coALescence and biofiLm in thIn GAp phoTObioreactoR – ALLIGATOR
The program involves complementary studies at the local and reactor scales. Fundamental and original scientific developments are expected: (i) scientific knowledge about the complex two-phase hydrodynamics and gas-liquid mass transfer in thin-gap bubble column, this innovative intensified gas-liquid
cOnception of bioresorbable self-rolled Patchs for the local trEatment of inflammatioN induced in the coloN after irradiation – OPENN
Pelvic cancers are among the most frequently diagnosed cancers worldwide. Radiotherapy (RT) plays a growing place in the management of malignant pelvic diseases. Even though great advances have been made in RT delivery techniques, radiation exposure of significant volumes of normal bowel persists, i
cGLR-STING mediated antiviral immunity in drosophila – ROXANNE2
In the course of the ANR-funded ROXANNE (2017-2021) project, we have characterized a novel innate immunity pathway functioning in the control of viral infections in the model organism drosophila. This pathway involves the evolutionarily conserved molecule STING, which activates an NF-kB-dependent tr
Yarrowia lipolytica oleochemicals based on odd chain fatty acids – YaLiOl
The objectives of the YaLiOl project are to: 1) to advance the engineering of Y. lipolytica for the production of odd-chain fatty acids (OCFA); 2) to develop a fermentation medium based on sugar beet molasses; 3) recovering the OCFAs, characterizing them, and transforming them into oleochemical
Xenotime as a material for actinides specific storage – x-mas
Nuclear energy appears as an important actor to supply clean and sustainable electricity with low carbon dioxide emission. One of the main challenges facing this industry is related to the conditioning and storage of the generated radwastes. In this framework, ceramic “crystalline” matrices especial
