REPO4EU advances drug development from trial-and-error to a mechanism-based, data-driven, and sustainable model of precision medicine. It demonstrates that existing drugs can be repurposed according to molecular mechanisms rather than symptoms, cutting cost, time, and failure rates.
A technology-ready platform architecture reached TRL 6, integrating analytical, validation, and clinical-support tools. Using large-scale omics and real-world data, REPO4EU identified disease- and endotype-specific modules that match approved drugs to defined mechanisms, enabling rapid translation into investigator-initiated trials.
The consortium developed DNA- and multiplex-based workflows for rare and cancer therapies, combining AI prediction with laboratory validation—delivering the first mechanism-defined strategies ready for clinical testing.
An ethics-by-design, privacy-preserving data framework ensures responsible use of patient data and broad stakeholder trust. In parallel, HTA methodologies were introduced early in the development pipeline to assess clinical and socio-economic value, guiding reimbursement and policy decisions.
These advances prepare the foundation for REPOSYSTEM, Europe’s future infrastructure for mechanism-based repurposing. Next steps include platform validation through clinical pilots, wider data integration, regulatory alignment on adaptive approvals, and sustainable open-access and public-private models.
Together, these achievements position Europe as a leader in AI-enabled, mechanism-based precision medicine, delivering faster, safer, and more affordable therapies.
