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A 4D Nucleome approach to identify enhancers controlling tomato heat stress response – 4D-Heat
Tomato is one of the most important vegetable crops for production and world trade. In the future the tomato demand is expected to increase by 60% by 2050, but climate change is an obstacle for yield
A BRAIN–SPINE INTERFACE TO REVERSE PARALYSIS AFTER SPINAL CORD INJURY – THINK2MOVE
Problem: Nearly 500.000 people sustain a spinal cord injury (SCI) every year, with dramatic human, societal and economical cost. In the most severe cases, the SCI leads to complete paralysis of both l
A CONVENIENT APPROACH TO GLYCOAMPHIPHILES AS ACTIVE LAYERS OF LCD-BASED BIOSENSORS – SWEET-DISPLAY
Glycoconjugates, defined here as carbohydrates attached to a lipid or a protein, are ubiquitous in Nature. They are present on all cell membranes through a dense coating named Glycocalyx. They play cr
A Cultural History of Artificial Intelligence – CulturIA
This project aims at building a cultural history of Artificial Intelligence, based on a mixed method, combining the methods of the history of ideas and the history of collective imaginations with a se
A European Leap? The History of EC/EU Environmental Policy, 1980–2000 (ELEMENT) – ELEMENT
A European Leap? The History of EC/EU Environmental Policy, 1980–2000 (ELEMENT) investigates the rise of the European Union (EU) and its predecessors to become a highly influential actor on environmen
A French GWAS collection to identify host genetic factors of COVID19 – FCHG
There is increasing evidence that host biology, and host genetics in particular, explains part of the inter-individual variability among COVID-19 cases. Our project aims at assembling the largest poss
A Machine learning approach to Identify patients with Resected non-small-cell lung cAnCer with high risk of reLapsE – MIRACLE
Early-stage non small cell lung cancer (ES-NSCLC) represents 20-30% of all NSCLC and is characterized by a high survival rate after surgery. However, there is variability in clinical outcomes among pa
A Multimaterial and multicellular Bioprinting platform to elaborate advanced models of microenvironments – PrinTiss
This project aims at developing a multi-material bioprinting platform involving microfluidics and integrated optics concepts to create heterogenous 3D models of tissues. The system will be adapted for
A Printed, Paper-based, Disposable and Recyclable RNA Sensor based on CRISPR/Cas – CRISCOFET
Like RNA vaccines, our CRISCOFET proposal is revolutionary: it does not need gene amplification. CRISCOFET combines five recent technologies, CRISPR/Cas (clustered regular interspaced short palindromi
