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Injectable and haemostatic hydrogel for guiding and reconstruction of deep wounds – GELIHPARBAL
The goal of the GELIHPARBAL project is to create injectable hydrogels that can be used as an emergency solution for deep and jagged wounds, to decrease bleeding immediate threat while improving muscle repair and functional skin healing. A new avenue of research, based on the development of biomat
Establishment of ruminant cell lines for replication and study of specific pathogens – EpiLungCell
Lungs are constantly exposed to the external environment, the infectious and toxic agents present in the air. Both viral and bacterial pathogens trigger damage to the lung epithelial cells leading to the alteration of the respiratory efficiency and in some cases to severe illness of the affected per
Tailoring potato starch in vivo to support emerging bio-based sectors – TaPStar
Starch is a storage form of carbohydrates in plants and the main source of calories in human and animal diets. Moreover, this polymer is used in many industrial applications for food and non-food purpose. During the last decades, it became a major renewable raw material for manufacturing products su
Topological phases of matter : beyond two dimensions – TopO
A computer exploiting quantum-mechanical properties such as superposition and entanglement would run more efficient algorithms than a classical machine. It would also be able to simulate many-body quantum systems much faster. The greatest challenge posed by quantum computers is decoherence. Certain
Economy of disruptive innovation : the case of nanotechnology – EDIN
The project aims at gathering economists and physicists in order to better understand how innovation emerges and spread from the initial scientific discoveries into groundbreaking technologies, and how government policy may support specifically such research and development investments. The burgeoni
Data-Aware Scheduling at Higher scale – DASH
While computing power of supercomputers keeps on increasing at an exponential rate, their capacity to manage data movement experiences some limits. It is expected that this imbalance will be one of the key limitation to the development of future HPC applications. We propose to rethink how I/O is man
Validation of near-future quantum technologies – VanQuTe
In the last few years we have seen unprecedented advances in quantum information technologies. Already quantum key distribution systems are available commercially. In the near future we will see waves of new quantum devices, offering unparalleled benefits for security, communication, computation and
Atomic scale control and mechanical spin driving of a magnetic atom – MechaSpin
Thanks to their long coherence time, individual localized spins in semiconductors are promising qubits for the implementation in the solid state of emerging quantum technologies including quantum computing and quantum enhanced sensing. However, achieving long-range interaction between remote solid s
Site-specific dual-labelling of proteins with tetrazines – ZINELABEL
Bioconjugates have become essential tools for biomedical research, diagnosis and therapy. A second generation of bioconjugates begins to emerge. It consists in doubly-modified proteins, which have optimized properties and / or open new fields of application such as bimodal medical imaging or therano
Therapeutic innovations in antibiotics: focus on the targeting of toxin-antitoxin systems using small-molecule RNA binders – InnovAntibio
There is currently an urgent need for new antibiotics in order to overcome the steady emergence of multidrug-resistant bacteria and the associated human and economic cost. For the development of new antimicrobial agents, two major issues must be overcome: the difficulty to permeate bacterial membran
