Molecular tools for devices and monitoring
Connect therapy development with devices, microtechnology or delivery systems.
Offer overview
What this offer helps you achieve
Connect therapy development with devices, microtechnology or delivery systems.
Scientific and technical scope
I2C develops molecular tools for treatment monitoring, efficacy and adverse-effect assessment: fluorescent and MRI probes, fluorophores, PET/SPECT radiotracers, radiolabelling, chemobiology imaging tools, bioanalyte detection, immuno-enzymology diagnostics, biomaterials, hydrogels and 3D biopolymer environments.
Capabilities mobilised
Medical devices
Application fields
All fields
Use case: Biomaterials for regeneration and tissue engineering
Carnot i2C develops bioinspired heterogeneous macromolecular scaffolds for tissue regeneration, controlling the three-dimensional architecture of biomaterials.
Work on electroconductive scaffolds and neuronal growth combines graphene-containing polymers, PANI or PEDOT, 3D printing and application-specific shaping, biocompatibility assessment and neuron cultures.
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Could this capability strengthen your R&D programme?
Present your scientific, technical or clinical need and identify the most relevant route to collaboration.
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Offers selected through shared capabilities, application fields or institute expertise.
