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Single cell sequencing and functional genetic analyses of ROS-induced Leishmania hybridization during sand fly infection – SFLeishHyb
Phlebotomine sand flies are responsible for the transmission of Leishmania parasites, causing Leishmaniasis, a disease whose wide spectrum of symptoms range from cutaneous lesions to visceral damages.
Targeted environment-sensitive fluorescent probes for biomolecular condensates – PROBIC
Biomolecular condensates (BCs) are microscopic intracellular fluidic bodies that are formed by certain proteins and RNAs in the process known as liquid-liquid phase separation (LLPS). Biomolecular con
Safety of guiding implants for brain regeneration after TBI – FAVOUR
The human brain has the amazing, though limited, ability to repair itself by generating neurons from stem cells, as observed in adult humans. Recent animal studies have shown that the brain is not onl
Tailoring exciton physics at the sub-nanometer scale in twist-engineered van der Waals heterostructures – TEXTURES
TEXTURES targets a comprehensive understanding and control of excitons (i.e., bound electron-hole pairs) in twisted van der Waals (vdW) heterostructures, i.e., stacks of 2D materials with a rotational
Unified Understanding of the Zinc Aqueous (Electro)Chemistry from Multiscale Operando Investigations – ZORG
Recent advances in the field of zinc electrodeposition in aqueous electrolytes have enabled to significantly mitigate its two main problems that are, zinc dendritic grain growth and hydrogen evolution
Raman-converted Kilowatt-class ultrafast laser Solutions for microexplosion-based Silicon transformations and new 3D manufacturing technologies – KiSS
Tightly focused ultrashort laser pulses allow confined micro-explosions in matter that lead to strongly non-equilibrium conditions with extreme pressures (> 10 TPa) and temperatures (> 10^5 K) i.e. w
Homoeologous exchanges as drivers for innovation in Brassica napus – EDIn
Structural variation is a major driver of genetic diversity and an important substrate for species adaptation and selection. Understanding the relationships between structural variants and functional
Behaviour of frozen soils from micro to macro: new insights, database and numerical techniques – REFROZEN
In this project we will investigate the behaviour of frozen soils, both natural and artificially frozen, from the micro-scale at particle level to macro-scale in case studies. The project will use th
Strong coupling QED of mesoscopic point contacts – StrongQEDmpc
Quantum electrodynamics (QED), describing all the low energy physics around us, captures the interaction of matter (electrons) and the electromagnetic field (photons). In vacuum the coupling between e
