CINBIO

CINBIO is a multidisciplinary research centre of the University of Vigo, recognised by the Galician autonomic government since 2016 as a Xunta de Galicia Singular Research Centre. CINBIO belongs to the Network of Research Centers of the Galician University System (CIGUS), and is today a reference center for research in nanomaterials and biomedicine in Galicia.

CINBIO eases the knowledge, resources and technology exchange among CINBIO’s groups and with external institutions, like other universities, public health system, regional and local governments and related industries.

General

Registered office: Center for Research in Nanomaterials and Biomedicine (CINBIO)

Entity type: Research and/or Technological Centre

Size: 50-249

Topics of interes:

HealthNanotechnologyModelling/simulation and Artificial Intelligence

Contact Data

Registered office: Campus Universitario de Vigo

City: Vigo

State: Pontevedra

Country: Spain

Phone: +34 986130147

Contact: Noa Caramés Vila (cinbio.techtransfer@uvigo.es)

Web: https://cinbio.es/en/

Technological Aspects

Types of materials on which the activity is based:

PolymersMetals and alloysIntermetallics2D materialsCompositesBiomaterialsPorous materialsNanomaterialsIonic liquidsHydrogelsOrganogelsMetamaterialsRefractoriesSemiconductorsMaterials of natural origin including mineralsSuperconductorsQuantum materialsCatalystsPhase change materialsPhotonic materialsGeopolymers or alkali-activated materialsBiocides (bactericides, fungicides, viricides)

Types of activities developed:

Development of materials and/or manufacturing processesFunctional characterisationStructural characterisationCompatibility characterisationSimulation of materialsSimulation of processes

Specific Technological Aspects

Nanomaterials; nanomedicine; nanocarrier; nanoparticles; magnetic nanoparticles; metal nanoparticles; beta-oxidation; gluconeogenesis; glycolysis; gold nanoparticles; internalization; reactive oxygen species; clay nanoparticles; graphene; hydrogels; liposomes; peptide-based composite hydrogels; peptides; biocompatibility; biodegradability; drug release; targeted drug delivery; tumor; DNA melting; bioassembly; chiral nanocrystals; circular dichroism; heat generation; photochemistry; photothermal effect; calcium ferrites; citrate-stabilization; magnetic hyperthermia; manganese ferrites; superparamagnetism; clusters of iron oxide nanoparticles; hybrid nanocomposite; reduced graphene oxide; supercapacitors; chirality; hot electrons; nanocrystals; photocatalysis; photogrowth; plasmonics; photocatalysis; bioorthogonal chemistry; hybrid nanocapsules; plasmonic hot electrons; hierarchical assembly; photocatalysis; plasmonic hot spots; titanates; chiral plasmonics; photochemistry; magnetite rGO; mechanical optimization; polyurethane foam; radiation interference; shielding; membranes; rheological hydrogel properties; secondary structure; 1-ethyl-3-methylpyridinium perfluorobutanesulfonate; ionanofluid; graphene; ionic liquid; thermophysical properties; aqueous nanofluid; convection; graphene nanoplatelets; heat transfer coefficients; thermophysical properties; ethylene glycol; rheological behaviour; r;commercial coolant; convection heat transfer coefficient; energy efficiency; functionalized graphene nanoplatelets; pressure drop; wind energy; dynamic viscosity; silver nanoparticles; surface tension; thermal conductivity; MgO; phase change material; stearate; thermal performance; localized surface plasmon resonance; near infra-red; optical fiber sensors; 2D perovskites; light-emitting devices; perovskite nanocrystals; quantum confinement; nanocubes; chiral cobalt oxides; chiral sensors; surface chemical states.

CINBIO

General

Contact Data

Technological Aspects

Specific Technological Aspects

Síguenos

Financiación