A newly engineered quadrupole mass analyser for mass spectrometry. The quadrupole with highly precise electronics allows higher resolution for reasonable cost compared to high resolution technological solutions available.

Separation method of rare-earth elements which are used in new generation batteries, permanent magnets, or screens. It is intended to replace or improve the current extremely polluting processes. Based on the use of electromagnetic field, this technology is an efficient method with limited number of steps. It reduces the cost and environmental impact of highly pure rare-earth elements extraction.

A simple and reusable sample holder for electron paramagnetic resonance (EPR) under high electric field. The solution aims at replacing home-made solutions difficult to implement and requiring delicate handling and manual skills of the experimentalist. The invention is a regular EPR tube made of high-purity fused quartz with an efficient design.

Medical simulation software and environment bringing almost real conditions of surgery, including supervisor's evaluations, immersive images and sounds, ground sensors, heart rate sensors, cameras etc.

The sliding β-clamp, a ring shaped dimer that encircles dsDNA, and the protein-protein interactions in bacterial replication are entirely conserved and represents an attractive target for the design of new antibiotics. This project aims at developing, optimizing, and evaluating a series of 5 aa residues peptides targeting the sliding β-clamp in an in-vivo model of gram-negative infection.

New Chemical Entity with neutraligand activity on CXCL12
New way to modulate Immune response and inflammation in various clinical settings, including auto-immune diseases and inflammatory pain. 
Sub-micromolar affinity, promising in-vitro ADME parameters and oral bioavailability. 

Probe which can be functionalized with different ligands (peptides, small molecules, antibodies) to target membrane receptors (GPCRs among others) and to visualize them by fluorescence in vitro and in vivo. The probe combined with the ligand becomes fluorescent and lights up only by binding to the targeted receptor on a "turn on" principle. Very powerful GPCRs 'imaging and screening tool.