EUROPEAN RESEARCH. GLOBAL CONNECTIONS.

Connecting nanomedicine, spatial biology & AI.

Understanding how nanoparticles interact

with cancer, and connecting the people and technologies needed to turn that knowledge into better nanomedicine design.

20+

Total Number of Participating Countries Worldwide

48✶

Months

2026‑2030

Project Years

About the Project

This is OMNIA

OMNIA is an international research and training programme investigating how nanoparticles interact with tumours and the tissues around them.

We bring together nanomedicine, spatial multi-omics, advanced cancer models and artificial intelligence to understand where nanoparticles go, which cells they engage and how those cells respond.

Coordinated by Ankara University, our Horizon Europe MSCA Staff Exchanges

project connects academic, clinical and industrial expertise across 15 countries.


Our Research

Research that connects materials and biology

A nanoparticle's behaviour depends on its design and the biological environment it encounters. OMNIA studies both,

linking material properties to cellular interactions, tissue distribution andbiological responses.

Nanomedicime

Compare lipid, gold, carbon and

two-dimensional nanomaterials using shared design and characterisation methods.

Spatial biology

Map molecular and cellular responses while

preserving information about where they occur within a tumour or organ.

Artificial intelligence

Integrate imaging and molecular data to

identify interpretable relationships between nanoparticle properties and

biological effects.

Project At a Glance

OMNIA in Numbers

20

Partner Organisations

48

Months

15

Countries

€1,8M +

EU contribution

Project Coordinator

Ankara University

Türkiye

Global Collaboration

An International Network

Our partners connect expertise in materials

science, cancer biology, imaging, computational analysis and clinical translation.

Their collaboration gives researchers access to complementary

methods and perspectives across institutions and sectors.

OMNIA Consortium Map
Partner Collaboration Hub International Network

Explore our partners today

Solutions for Nanomedicine Innovation

We provide end‑to‑end support ranging from nanomaterial synthesis, advanced imaging, spatial omics data generation, to AI‑driven analysis pipelines, training modules, and collaborative exchange programs across Europe.

Nanoparticle Design Services

Spatial Multi‑Omics Solutions

AI Integration Platform Services

Core Features

Science Innovation Drives Our Platform

We combine nanomedicine design, spatial multi‑omics profiling, and AI‑driven analysis to foster collaborative breakthroughs across Europe for future impact.

Nanomedicine Design Tools

Lipid, gold, carbon, graphene, MXenes

3D Cancer Models

Spheroids, organoids, co‑cultures, mice, zebrafish

Spatial Multi‑Omics Mapping

Gene, protein, metabolite, imaging, cells

AI Data Integration

Interpretable, predictive, scalable, robust

Training Programs

Workshops, webinars, mentorship, exchange, mobility

Knowledge Dissemination

Publications, conferences, policy briefs, outreach activities

Impact Evaluation Metrics

Metrics, indicators, benchmarks, reports

Ethics Governance Framework

Compliance, oversight, transparency, accountability, standards

Future Outlook

Roadmaps, collaborations, innovation, sustainability, growth

Contact Us

Science Collaboration Connect with Us

OMNIA

Connecting nanomedicine, spatial biology & AI.

Europen research. Global connections.

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EU Funding Acknowledgement

OMNIA is funded by the European Union under the Horizon Europe Marie Skłodowska-Curie Actions Staff Exchanges programme, Grant Agreement No. 101299913.

Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or the European Research Executive Agency (REA). Neither the European Union nor the granting authority can be held responsible for them.


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