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ROLE OF THE PHOSPHATE EXPORTER XPR1 IN VASCULAR CALCIFICATION – CALCIPHOS
. Phosphate is present in blood, cerebrospinal fluid (CSF) and cells, and its concentration is tightly
Efficient brain cleaning in Alzheimer’s disease with focused ultrasound coupled with enhanced mechanosensation – REBALANCE
in AD. We analyse the plasma and cerebral spinal fluid (CSF) samples of the treated mice in order to discover
Seismic zones: The intertwined dynamics of the main fault plane and its host medium – INTERTWINE
on off-fault fracture growth and healing, and on fluids circulation. Conjointly, acquisition of geodetic
Out-of-equilibrium dynamics of fermionic condensates – DYFERCO
technical limitations. This project focuses on quantum fluids of fermionic particles, which are by far the most [...] between particles and describe the relaxation of the fluid due to ergodic processes. Direct applications to [...] standard for studies of out-of-equilibrium quantum fluids.
An integrated multi-omics signature of kidney fibrosis for CKD precision medicine – KidneySign
(proteomics, peptidomics) signature from different body fluids (urine, serum/plasma) robustly associated with
Development of a forward osmosis process for the Platelet enrichment of Plasma – Plasmotic
considered milder for treating sensitive biological fluids such as blood. Indeed, osmotic flows are often
Luminescence detection of exchangeable Copper(II) traces in biological fluids – CuTrace
Copper (Cu) is an essential trace element for most living beings. Most copper is tightly bound to proteins. Only very little copper is labile bound to biomolecules and can rather rapidly be exchanged
Cytoplasm fluidization by bulk actin rearrangements for organelle positioning – CytoActinPos
organelle positions, but the cytoplasm also needs to be fluid enough to allow for the transport of organelles
Linking NANOstructure and macroscopic properties of bitumen to improve their recyclability and ageing: towards a sustainable development of ROAD materials – NANOROAD
rejuvenating treatments and c) temperature at the fluid–viscoelastic transition. This nanoscale structure
Development of a membrane-cell for in situ NAP-XPS characterization – NACELL
films/surface chemists, IMN and IRCELYON, as well as fluid mechanics, LMFA, designers, and engineers of vacuum