Pursuing a longer and healthier human lifespan
The Longevity Science Foundation is working to bring this new approach to medicine out of the laboratory and into the real world.
The Longevity Science Foundation is a non-profit organisation advancing the field of human longevity by funding research and development of medical technologies to extend the healthy human lifespan.

The long-term mission of the Longevity Science Foundation is to help make longevity-focused care accessible to everyone, no matter their background, by bringing cutting-edge science on aging out of the laboratory and into the mainstream.
Our Vision
Foundation Focus
Our Mission is to make longevity medicine accessible to everyone.

Longevity-focused care (medicine that treats aging as a normal but treatable ailment) is rare. Accessing treatments that do exist is often expensive and only accessible to the highly educated and privileged. Far more life-saving treatments remain inaccessible to the rest of the world because they have not been fully researched or funded.

By identifying these innovations and funding their progress, the Longevity Science Foundation is accelerating the advancement of longevity care for everyone.
The Focus of the Foundation will be to select support projects in four major areas of longevity tech:
One of the main focuses will be the 'concept-to-practice', an equivalent of bench-to-bed in Longevity Medicine. The Foundation shall advance the translation from the scientific and tech solutions to the clinic/daily life, with measurable outcomes of healthy longevity.
Predictive Diagnostics
Artificial Intelligence
Personalised Medicine
Interested in learning more about the longevity industry and our Foundation?
Therapeutics is a branch of medicine that deals with the treatment and prevention of diseases and injuries. This can include medical devices, medications, nutritional therapy, and treatments like stem-cell therapies.
Personalized Medicine
Personalized medicine, also called precision medicine, consists of customized therapies that are tailored to an individual’s unique medical profile. Personalized medicine practitioners look at characteristics like genetic markers to determine effective treatments and prevention for patients in areas including cancer treatment, heart disease risk, nutrition, and drug development. 
Artificial Intelligence
Artificial Intelligence (AI) uses computer science and data to build machines that mimic human thought processes. The goal of AI is to improve machines’ abilities to learn and make rational decisions. AI applications will revolutionize medicine, from improved diagnosis timelines to faster drug discovery and more.
Predictive Diagnostics
Predictive diagnostics use large amounts of data to better determine patient outcomes. Combining data and experiences from medical professionals, medical centers, and patients themselves, doctors are able to more effectively and efficiently diagnose and support patients, moving from a focus on treatment to a focus on prevention.
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