All three H2020 projects (MDS-RIGHT, HARMONY, HARMONY PLUS) focus on blood cancers including leukemia, lymphoma, MDS, and multiple myeloma.
STIFTUNG ELN FOUNDATION
German foundation powering Europe's hematology research network with big data platforms for blood cancer patient outcomes.
Their core work
The ELN Foundation (European LeukemiaNet) is a Germany-based foundation dedicated to improving diagnosis, treatment, and outcomes for patients with hematological malignancies — blood cancers such as leukemia, lymphoma, myelodysplastic syndromes, and multiple myeloma. They contribute to large-scale EU research initiatives by providing clinical expertise, patient registries, and real-world data infrastructure for hematology and oncology research. Their work spans from molecular genetics and translational medicine to building big data platforms that capture real-life patient outcomes, enabling evidence-based treatment decisions across Europe.
What they specialise in
HARMONY and HARMONY PLUS both center on building big data platforms to capture real-life patient data and digital health outcomes in hematology.
MDS-RIGHT specifically targeted providing the right care at the right time for MDS patients.
HARMONY PLUS explicitly lists translational medicine and molecular genetics as focus areas, signaling a shift toward bench-to-bedside research.
HARMONY PLUS keywords include business model and digital health outcome, indicating work on making data platforms financially sustainable beyond EU funding.
How they've shifted over time
The ELN Foundation's H2020 journey started in 2015 with focused clinical research on a specific blood disorder (MDS), then expanded significantly into large-scale data infrastructure with the HARMONY project (2017). By 2020, HARMONY PLUS shows a clear evolution toward sustainability — adding business models, digital health outcomes, and translational medicine to their portfolio. The trajectory moves from single-disease clinical focus toward pan-hematology data ecosystems with long-term viability.
Moving toward sustainable, digitally-enabled hematology data infrastructure with translational medicine applications — likely seeking partners who can help scale and commercialize medical data platforms.
How they like to work
The ELN Foundation exclusively participates as a partner, never leading as coordinator — consistent with their role as a specialized foundation contributing domain expertise to large collaborative efforts. With 67 unique consortium partners across 14 countries in just 3 projects, they operate in very large consortia (averaging 22+ partners per project). This suggests they are well-networked and trusted within the European hematology community, comfortable working within complex multi-partner structures.
With 67 unique partners across 14 countries from just 3 projects, the ELN Foundation sits at the center of Europe's hematology research network. Their consortia are large and geographically diverse, reflecting the pan-European nature of blood cancer research coordination.
What sets them apart
The ELN Foundation is not a university or hospital — it is a dedicated foundation for the European LeukemiaNet, giving it a unique convening role in hematology research across borders. Their combination of clinical hematology expertise with big data platform development makes them a rare bridge between the medical community and digital health infrastructure. For anyone building a consortium in blood cancer research or medical data analytics, the ELN Foundation brings both deep domain credibility and an established network of 67+ European partners.
Highlights from their portfolio
- HARMONYLargest project by funding (EUR 400K to ELN), flagship big data initiative in hematology with a massive consortium — the Healthcare Alliance for Resourceful Medicines Offensive against Neoplasms.
- HARMONY PLUSContinuation project that shifts focus toward sustainability, business models, and translational medicine — signals the foundation's strategic direction beyond EU funding cycles.
- MDS-RIGHTEarliest H2020 project (2015), focused specifically on myelodysplastic syndromes — demonstrates deep specialization before the broader hematology platform work.