Core partner in INNODIA, INNODIA HARVEST, and Hypo-RESOLVE — covering biomarkers, clinical trials, and disease mechanisms for T1D.
BREAKTHROUGH T1D
Global type 1 diabetes research foundation contributing disease expertise, clinical networks, and patient registry access to major European health consortia.
Their core work
Breakthrough T1D (formerly JDRF) is the world's leading non-profit funder of type 1 diabetes research, headquartered in New York. In H2020, they serve as a disease-expertise partner contributing clinical knowledge, patient registry access, and translational research capabilities to large European consortia focused on diabetes, metabolic disease, and immune-mediated conditions. Their involvement spans biomarker discovery, clinical trial design, patient-reported outcomes infrastructure, and immunological safety assessment — always bringing deep diabetes domain knowledge and connections to global clinical networks.
What they specialise in
Participated in BEAt-DKD (diabetic kidney disease biomarkers) and SOPHIA (obesity phenotyping and treatment algorithms).
Present across INNODIA, INNODIA HARVEST, Hypo-RESOLVE, and H2O — all requiring trial data standards, outcome measures, and patient-reported outcome systems.
Joined imSAVAR (immune safety of immunomodulatory therapies) and INNODIA HARVEST (immunology, beta-cell disease mechanisms) in the 2019-2020 wave.
H2O focuses on outcome data collection infrastructure and patient empowerment; Hypo-RESOLVE on PROs and data harmonization.
How they've shifted over time
In their early H2020 period (2015–2017), Breakthrough T1D focused squarely on type 1 diabetes fundamentals: biomarker discovery, biobanking, clinical sample networks, prevention, and diabetic kidney disease. From 2019 onward, their participation broadened into computational immunology, micro-physiological systems for drug safety, obesity phenotyping, and patient-reported outcomes infrastructure — signaling a shift from disease-specific biomarker work toward platform-level capabilities in immunology and health data systems. This evolution suggests the organization is positioning itself as a broader metabolic and immune disease research partner, not just a T1D-focused funder.
Moving from narrow T1D focus toward broader immune-mediated disease research and patient outcomes infrastructure, making them relevant to consortia beyond diabetes.
How they like to work
Breakthrough T1D exclusively participates as a partner — never coordinating — which reflects their role as a domain-expert contributor and co-funder rather than a project driver. With 147 unique partners across 20 countries, they operate in very large consortia (average 20+ partners), consistent with major IMI/public-private partnership projects. This means they are well-connected and experienced in complex multi-stakeholder environments, but expect them to contribute expertise and network access rather than project management.
Extensively networked with 147 unique partners across 20 countries, reflecting their participation in large-scale European public-private partnerships. As a US-based organization active in EU consortia, they bridge transatlantic diabetes and metabolic research communities.
What sets them apart
Breakthrough T1D is one of the few major US-based disease research foundations with deep, sustained participation in European H2020 consortia. They bring something most partners cannot: direct connections to global T1D patient communities, clinical trial networks, and decades of disease-specific funding experience. For consortium builders, their involvement signals credibility to reviewers and opens doors to transatlantic clinical infrastructure and patient registries.
Highlights from their portfolio
- INNODIAFlagship T1D consortium (2015–2023) building a pan-European biobank and clinical trial network for type 1 diabetes — the foundation project from which INNODIA HARVEST grew.
- H2OHealth Outcomes Observatory (2020–2026) builds cross-disease patient-reported outcomes infrastructure — marks Breakthrough T1D's expansion well beyond diabetes into general health data systems.
- imSAVARImmune safety assessment using computational immunology and micro-physiological systems — the most technically distinct project in their portfolio, signaling new capabilities.