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Quantitative Optical Imaging for Liver Surgery – LiverSURG
Despite significant progress in medical imaging technologies, there currently exist no tools capable of objectively helping healthcare professionals during liver transplantation surgeries. Instead, surgeons still rely on their own senses to determine whether a transplant is healthy either before, during or after the procedure. In this project we propose to develop innovative solutions to allow quantitative multispectral optical imaging in real-time during liver transplant surgery.
Quantization of Character varieties as a Model for quantum chaos – QCM
plan to study more refined phenomena, such as exceptional sequence contradiction the Unique Quantum Ergodicity
Quantum-based integrated sensors for chemical detection – PARADIS
en glass, respectively well known for their exceptional non-linear properties and their flexibility.
Quantum-dot diode optical parametric oscillator – DOPO
transfer, the very same reasons behind the exceptional performance of the laser diode (compactness,
QuantumDots based Highly Sensitive Multiplexed FluoroImmunoAssays – NanoFRET
The NanoFRET project aims at exploiting the exceptional spectroscopic properties of luminescent semi
Quasiperiodic architectured bio-materials for bone substitutes – QBone
architectured and heterogeneous materials, and their exceptional features are the result of a smart arrangement
Quinone reduction and supercomplex formation: the two enigma of Rieske/cytb complexes – BIsP
Comparative investigation of Rieske/cytb complexes from three phylogenetically related phyla, Heliobacteria, Bacilli and chloroplasts should allow us to study the implication of this enzyme in the formation of supercomplexes and its interaction with quinones, in particular the reduction of quinones in the presence of heme ci.
RAFT polymers as versatile macrophotoinitiators – RAFT-POP
at the industrial scale with regard to their exceptional synthetic potential. Any proposition aiming at
REceptor – LIgAnd Binding assay with luminescent Lanthanide nanoparticlEs detection – RELIABLE
on by a simple NP emission measurement. The exceptional NP related brightness along with the time-resolved
RNA metabolism and astrocyte dysfunction in myotonic dystrophy – ASTROMYOD
types. The neurological manifestations are exceptionally debilitating, however important gaps still exist
