DISCOVERY
Mechanistic insights
from experimental
research
Integrating discovery science, clinical research and population medicine to transform scientific discoveries into measurable health impact.
Mechanistic insights
from experimental
research
Clinical and cohort
studies validate
our findings
Intervention strategies
and policy-relevant
evidence
Better prevention,
care and health
outcomes
Discoveries are designed from inception to be clinically actionable and scalable.
Multi-omics, AI-enabled analytics, and epidemiology guide intervention priorities.
Research outputs are structured to inform prevention programs, health policy and scalable public health strategies.

Extending healthy lifespan through integrated biological, clinical and population-level strategies.

Preserving vascular and brain health across the lifespan to prevent vascular disease, stroke and dementia.

Data-driven oncology for survival prediction, biomarker discovery and precision medicine in aging populations.

Large-scale epidemiology and prevention strategies to reduce chronic disease burden in aging societies.

Genomic insights for population health, precision prevention and implementation of public health genomics.

Understanding fundamental aging mechanisms and disease pathways through preclinical research.
Our work is driven by a multidisciplinary community of researchers, clinicians, educators and students working together to translate scientific discoveries into meaningful health impact.
Learn more about our team →
Transcriptomic, proteomic
and genomic pipelines
for biomarker discovery
and target identification.
Translating mechanistic
insights into vascular and
neurovascular clinical and
population strategies.
Advanced analytics and
machine learning guide
discovery, risk stratification
and precision prevention.
Translational frameworks
that move findings toward
human testing and scalable
implementation.
Large cohort studies and
real-world datasets enable
evidence-based prevention
at population level.
Research outputs inform
health systems, workplace
programs and national
prevention frameworks.
We bring together complementary fields of research to move scientific discoveries toward meaningful health solutions.
Exploring biological mechanisms, disease processes and new opportunities for healthier ageing.
Bringing together disciplines, data, technology and clinical expertise to address complex health questions.
Turning scientific discoveries into clinically and societally relevant knowledge and solutions.
Moving research toward prevention, healthcare and population health through meaningful collaboration.
We actively build European research consortia and contribute to global partnerships that advance science and improve health.
See all collaborations →
The inauguration of the WHO Collaborating Centre for Healthy Ageing marked an important step in strengthening research and international cooperation on healthy ageing. Dr. Balázs Győrffy also attended the event.
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A review of antibody-drug conjugate engineering, covering design strategies and their implications for efficacy and safety.
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Research examining the association between red and processed meat consumption and colorectal cancer risk.
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