Search
entanglement enhanced Trapped Atomc Clock on a Chip – ee-TACC
Typically, the performance of measurement devices is limited by deleterious effects such as thermal noise and vibration. Notable exceptions are atomic clocks, which benefit from the exquisitely stabl
deFective Autophagie in Sinusoidal endothelial Cells In Non Alcoholic sTeatohEpatitis Development – FASCINATED
NASH is a frequent and potentially serious disease affecting particularly individuals with a metabolic syndrome. <br />Autophagy in Kupffer cells has an antifibrogenic activity since autophagy invalidation promotes liver fibrosis by regulating hepatic inflammation. Conversely, autophagy in hepatic stellate cells is profibrogenic since it contributes to the activation of hepatic stellate cells and is required for hepatic fibrogenesis. The role of autophagy in LSEC is unkown
creation of a cellulosome-bearing strain of E. coli for production of cellulosic butanol – cellutanol
The Cellutanol project aims at building a prototype strain of E. coli able to convert cellulose, the most abundant biopolymer on earth into butanol, thereby allowing a drastic reduction of the production cost of this primary alcohol, which is considered as a superior biofuel compared to ethanol.
combining next generation SequencIng and droplet- based Microfluidics for the high throughput statistical analysis of Bio-molecule ADaptability. – SIMBAD
We aim at identifying the genotypic parameters that control protein evolvability, i.e. the potential of proteins to adapt to varying selection pressure by optimizing their function and/or acquiring ne
artificial enzyme: an heteregeneous catalyst – CrystalBall
Catalytic processes are at the cutting-edge of the development of green chemistry. The project «crystalball» represents a major asset for the design of a sustainable chemistry, with an original combin
a network for Slow-fast Dynamics applied to the Biosciences – SloFaDyBio
Theoretical research in slow-fast dynamics (also known as singular perturbation theory) advances rapidly and is increasingly making a significant impact in various research areas, in particular in the
a Physical InterNet cross-docking hUb conTrol System – PI-NUTS
The PI-NUTS (“Physical InterNet cross-docking hUb conTrol System”) project contributes to the Physical Internet (p) field, which is an innovative paradigm, breaking with the usual approaches of curren
Zooming in on the conformational details of a membrane efflux pump – BmrA-NMX
We will seek to reveal structural features of the different conformational states of BmrA, an ABC efflux pump, using NMR, Mass spectrometry, and X-ray crystallography. BmrA is, as other members of the ABC transporters family, able to transport a wide variety of drugs. Multidrug resistance due to efflux pumps has strong implication in medicine because it is found from humans to bacteria.