PROJANUS: Mass production process of bifunctional particles for high tech applications DESCRIPTION The technique, based on bipolar electrochemistry, presents a big use flexibility. [...]
LAUNWEAVING AND REALIGNEMENT MACHINE FOR CARBON FIBERS DESCRIPTION This machine performs the realignment of carbon fibers from carbon fibers fabrics (production off-cuts or [...]
1DBeach: A model to assess the beach evolution DESCRIPTION Horizontal One Dimension simulation code modeling the coast perpendicular dynamics of seabed sand hills [...]
The Premamask device characteristics are strong assets in comparison with current masks: No skin nor airways damages because without using pressure and biocompatible even for premature babies Accurately sized for premature or full term babies Air and humidity tight Sterilisable Very mobile and repositionable – easy mother skin contact
This technology is based on functional analysis of TMJ and an innovative concept which makes it possible to prepare the implant more systematically. Its ergonomic design and the highly-simplified connection of the implant to the bone considerably reduce side-effects and restore natural mobility. The trauma associated with surgery is considerably reduced, leading to a significant reduction in the cost to society of treating this pathology.
This project aims to develop orthopedic implants based on titanium functionalized with intelligent antibiotic systems. Antibiotic release systems (widely used to prevent infections during orthopedic surgery) are controlled by a change in pH on bone implants typically observed in bacterial infections.
Fully based on 3D approach, the technology implements a four steps method from virtual planning of an orthognathic mandibular osteotomy to the production of a simple and reliable device to conduct surgery, including: Acquisition and surface extraction; Virtual planning; Modelling & printing; OCPD evaluation.
BACTERIOLOGICAL MICRO REACTOR: Bio-reactors made of Silica allowing micro organisms cascade reactions
Little balls made of porous Silica encapsulating micro organisms that can then proliferate easily in all the pores The micro organism proliferation following this new production way is twice more efficient (both in terms of speed of proliferation and of population per volume) than classical sol-gel method Cascade reactions can be implemented and then create more synergies and catalytic effects
Original method of intrahepatic injection of CTCL into adult immunodeficient mice Engraftment validated with aggressive (My-La, HUT78, HH, MAC2A, MAC2B) and indolent (FE-PD, MAC1) CTCL cell lines, DLBCL cell line (HLY1) and patient-derived CTCL xenograft Migration and cell spreading assessment in blood, kidneys, lungs, spleen … Model validation with methotrexate as positive drug control treatment
Identification of 2 circulating inflammatory metabolites triggering AHT High expression of these metabolites in individuals with active clinical and immunological states Metabolites able to induce the main clinical features of AHT in mice On-going biomedical study for monitoring the metabolites in patients with hypertension