SciTransfer
Organization

THE EUROPEAN BRAIN COUNCIL AISBL

Brussels-based umbrella organization coordinating European brain research strategy, connecting patient groups, scientists, and industry across neurodegenerative and neurological disorders.

NGO / AssociationhealthBE
H2020 projects
6
As coordinator
1
Total EC funding
€2.1M
Unique partners
64
What they do

Their core work

The European Brain Council is a Brussels-based umbrella organization that coordinates brain research strategy across Europe, bringing together patient groups, scientific societies, and industry players in neuroscience. Their core work is aligning national and European research agendas on brain disorders — from Alzheimer's and dementia to ALS and metabolic comorbidities. They act as a policy and coordination hub rather than a lab: they don't conduct primary research themselves but shape research priorities, facilitate multi-stakeholder engagement, and ensure patient perspectives are embedded in brain research programs. Their flagship H2020 project EBRA (European Brain Research Area) exemplifies this role — mapping and connecting fragmented brain research initiatives across Europe.

Core expertise

What they specialise in

Brain research coordination and strategic agenda-settingprimary
3 projects

Led the EBRA project (EUR 1.2M) to align European brain research agendas, and participated in MULTI-ACT on research impact frameworks and PRIME on brain-metabolic comorbidities.

Neurodegenerative disease prevention and detectionprimary
3 projects

Involved in AD Detect-Prevent (presymptomatic Alzheimer's detection via digital tools), PRIME (dementia-metabolic multimorbidity), and BRAINTEASER (AI-based ALS/MS home care).

AI and digital health for neurological conditionsemerging
2 projects

BRAINTEASER applies AI and decision support systems for ALS/MS home care; AD Detect-Prevent uses gamification and digital brain games for cognitive decline detection.

Patient engagement and research impact measurementsecondary
1 project

MULTI-ACT developed collective research impact frameworks to foster genuine engagement of patients and society in brain research.

Metabolic-neurological comorbidity researchemerging
1 project

PRIME investigates insulin resistance links to dementia, Alzheimer's, compulsivity, and autism — bridging metabolic and brain disorder domains.

Evolution & trajectory

How they've shifted over time

Early focus
Dementia detection and brain research tools
Recent focus
AI-driven neurological care and comorbidities

In their early H2020 period (2018), EBC focused on foundational neuroscience tools and early detection — projects involved brain-on-chip technology, 3D bioprinting, gamification for cognitive decline screening, and presymptomatic Alzheimer's detection. By 2020-2021, their focus shifted toward interdisciplinary approaches connecting brain disorders with metabolic conditions (diabetes, obesity) and toward AI-driven personalized healthcare for neurological patients at home. This evolution shows a move from basic research coordination toward applied, patient-facing digital health solutions with a growing emphasis on comorbidity and real-world care settings.

EBC is moving from pure research coordination toward applied digital health and AI for neurological conditions, with increasing attention to how metabolic disorders interact with brain diseases — expect future projects at the neuro-metabolic and digital therapeutics intersection.

Collaboration profile

How they like to work

Role: active_partnerReach: European17 countries collaborated

EBC primarily joins consortia as a participant (4 of 6 projects) but has demonstrated coordination capability with EBRA, their largest project by far (EUR 1.2M). With 64 unique partners across 17 countries, they operate as a well-connected network hub — consistent with their role as a European umbrella organization. Their value in a consortium is not technical execution but rather their ability to mobilize patient networks, align research communities, and provide policy-level legitimacy to brain research initiatives.

EBC has collaborated with 64 unique partners across 17 countries, reflecting a broad pan-European network. As a Brussels-based umbrella body, their connections span universities, hospitals, patient organizations, and industry across Western and Southern Europe.

Why partner with them

What sets them apart

EBC occupies a rare niche: they are not a research performer but a research organizer for the entire European brain disorder community. This makes them uniquely valuable as a consortium partner when a project needs credibility with patient organizations, alignment with EU brain research policy, or dissemination reach across the neuroscience community. For any project touching neurodegeneration, mental health, or brain-related digital health, EBC brings an unmatched network of scientific societies and patient advocacy groups that no single university or company can replicate.

Notable projects

Highlights from their portfolio

  • EBRA
    Their only coordinator role and largest project (EUR 1.2M) — a flagship effort to map and connect all European brain research initiatives into a coherent strategic area.
  • BRAINTEASER
    Most recent project (2021-2025) combining AI, wearables, and personalized healthcare for ALS and multiple sclerosis patients at home — signals their move into applied digital health.
  • PRIME
    Bridges metabolic disorders (diabetes, obesity) with brain conditions (dementia, autism) — an unusual interdisciplinary scope that opens new collaboration territory beyond traditional neuroscience.
Cross-sector capabilities
Digital health and AI-based decision supportPatient engagement and societal impact measurementMetabolic disease and nutrition researchGamification and applied games for health
Analysis note: Profile is well-supported by 6 projects with clear thematic coherence. EBC's role as a coordination body rather than a research performer means their expertise is organizational and network-based rather than technical — this is a strength for consortium building but means they won't contribute lab work or technology development directly.