Prevent
Advancing the science that stops age-related disease before it establishes — hormetic conditioning, metabolic resilience and early biological-age measurement.
• About the foundation
Founded in 2008, the Biogerontology Research Foundation uses the power of science to alleviate suffering through preventive and restorative medicine — advancing the scientific R&D and social-impact work behind practical longevity, mitochondrial medicine and global health.
• Our mission
Everything the Foundation funds and publishes traces back to one of three commitments.
Advancing the science that stops age-related disease before it establishes — hormetic conditioning, metabolic resilience and early biological-age measurement.
Restoring cellular function where damage has already occurred, through controlled oxygen modulation and mitochondrial medicine.
Preserving healthspan at population scale by translating validated protocols into accessible, real-world care.
• Our approach
The Foundation is deliberately small and scientific rather than administrative. We concentrate on the mechanistic questions others skip past, then work with delivery partners to carry validated science into practice.
• A world first
The Foundation's most consequential contribution to longevity science was regulatory, not laboratory.
In 2018, together with the International Longevity Alliance, the Biogerontology Research Foundation successfully contributed to the addition of a new World Health Organization-approved extension code — XT9T, “ageing-related” — during the ICD-11 revision.
Because ICD codes are a prerequisite for the registration of new drugs and therapies, recognising ageing as a pathological process removes a fundamental regulatory obstacle to therapeutic and preventive strategies targeting ageing and age-related disease.
• Our science
The Foundation's research agenda concentrates on the intersection of hypoxia, mitochondrial medicine and extreme environments — the science underlying practical longevity and its translation to global health.
Comprehensive study, testing and optimisation of intermittent hypoxic-hyperoxic training machines and protocols — their composition, their limits and the routes to improvement.
The cellular science of controlled oxygen modulation and mitochondrial hormesis — the mechanistic foundation for healthspan and hard-to-treat disease.
A multi-university UAE veterinary trial testing whether IHHT, HBOT and their combination improve healthspan and biological-age biomarkers in aged dogs and cats.
• Our history
Founded as a UK charity by longevity scientists
Ageing-related extension code secured in 2018
Landscape analysis of the global longevity sector
Devices, mechanism and translational trials
• Governance
The Foundation keeps its governing body small so that scientific judgement drives the research agenda. Delivery capacity is added through partnerships rather than headcount.
People

Entrepreneur, venture philanthropist and investor, involved in longevity and aging research since 2014.
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Coordinates research direction, publications and programme delivery.
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Trustee since 2025, after more than a decade supporting the Foundation's policy work as a volunteer.
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Pioneer of hypoxic training in mitochondria medicine and creator of the MITOPRO protocol.
Full profile →• Partnership
The Foundation's research reaches practice through long-standing partnerships and international collaborations.
Operationalises IHHT and structured breathwork into deployable programmes; the Foundation is its scientific anchor for translational ageing.
Brings validated science into clinics, members and real-world longevity infrastructure.
Collaborating foundations and associations across the UK, Israel, Canada and Europe on longevity policy and research.
• Support the science
Partner on a research programme, collaborate on a trial, or support our mission to alleviate suffering through preventive and restorative medicine.