At a glance

The METRINO project is a beacon of European collaboration, bringing together a powerhouse of expertise from across the continent. Our consortium is a robust assembly of 9 metrology institutes, 3 universities, 3 large Research and Technology Organizations (RTOs), 2 pharmaceutical companies, 1 innovative SME, 1 hospital, and the European Technology Platform on Nanomedicine (ETPN). Each member brings a unique set of skills and knowledge, playing a pivotal role in advancing the field of nanomedicine metrology.

Dive into the METRINO world with our interactive map.

Click on any partner logo to discover more about their contributions and expertise. This visual journey showcases the geographical diversity and collaborative spirit that fuels our project.

• Project coordinator and leader of WP2 on advanced characterisation.

• Specialised in synchrotron based characterisation techniques.

• Expertise in dimensional analysis and number concentration measurement of NPs by X-ray scattering.

• WP1 Leader.

• Contributes to WP2, WP3, and WP4 with optical characterization and analytical methods.

• Producer of reference materials and involved in standardisation activities.

• WP4 Leader.

• Offers expertise in advanced microscopy technologies, biochemical analysis, and micro/nanomaterial characterization.

• WP3 leader, leading the development of sample preparation and particle fractionaction approaches (e.g. FFF)

• Expert in electron microscopy, AFM and artificial intelligence tools for nanoparticle image analysis

• Contributing to develop inductively coupled plasma mass spectrometry approaches for particle detection (scICP-MS)

• WP5 Leader.

• Facilitates strategic thinking and clinical translation of innovative nanomedicine projects in Europe.

• In charge of Creating Impact for METRINO (Communication, Dissemination, Exploitation).

Significant contributor to WP2 and WP4.

Involvement in WP3 for dimensional characterization.

Contributes to WP1 with nanoparticle design and synthesis.

Offers nanomaterial expertise, especially in X-ray scattering.

Provides lipid-based nanomaterials and supports preclinical evaluation activities.

Supplies HfO2 nanoparticles and investigates their storage and stability.

Contributes iron oxide nanoparticles for standard reference material development.

Provides clinical insights and supports innovative microscopy techniques.

Offers expertise in biomedicine and medical imaging.

Specialises in analytical methods for nanoparticle characterization.

Brings expertise in ICP-MS for nanoparticle detection.

Provides characterization methods for lipid-based nanoparticles.

Contributes particle-biology interaction expertise.

Leads WP3 and offers nanoparticle characterization expertise.

Contributes to nanoparticle measurement and chemical analysis.