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Microfluidics Target markets
enable Pharmaceutique
manipulation of Luxe
Chimie
small volume of Diagnostique
Environnement
fluids using new Énergie
technologies
Handling at a micrometric scale allows for faster
work, at lower costs, in a cleaner and safer
environment.
The IPGG Microfluidique Carnot Institute supports Microfluidics enables companies to reduce their
companies in their R&D projects to offer them costs, manufacturing time and environmental
a competitive edge by developing new fluidic impact. The Carnot IPGG Microfluidique
solutions. laboratories are involved in many industrial
applications.
The IPGG Microfluidique Carnot Institute brings
together 24 academic teams with complementary
expertise in physics, chemistry and biology. This
collection of talents and expertise allow us to offer
a wide range of scientific skills. Our Institute is Exemples
particlarly active in these topics:
Single cells technologies
Lab-On-a-Chip (LOC)
Organ-On-a-Chip (OOC)
Evolutionary biology and chemistry, origin of life
Fow chemistry
Ion based energy harvesting and storage
Environment and water purification
Microorganisms for health and environment
E-skin, soft and flexible electronics
New class of polymers such as vitrimers
The Carnot aimed at leveraging the industry’s
competitiveness.
