activities · 14
what they do
research · 14
- Advanced molecular mapping using spatial mass spectrometry Aging Biology ResearchUses spatial mass spectrometry to create detailed molecular maps of the knee joint to advance understanding of age-related degeneration.
- Application of spatial mass spectrometry in aging research Aging Biology ResearchUtilizes spatial mass spectrometry technology to generate detailed molecular maps of tissues such as the knee joint, enabling insights into age-related changes at the molecular level.
- Biomedical research on aging and chronic disease Aging Biology ResearchConducts scientific research focused on aging as the primary risk factor for chronic diseases, operating as the world's first research institution dedicated exclusively to this field.
- Biomedical research on aging and chronic disease Aging Biology ResearchConducts scientific research focused on aging as the primary risk factor for chronic diseases, operating as the world's first biomedical research institution dedicated exclusively to aging research.
- Biomedical research on aging as the root cause of chronic disease Aging Biology ResearchConducts scientific research to understand aging as the primary risk factor for chronic diseases, operating as the world's first research institute dedicated exclusively to this focus. The institute advances discovery science to target aging itself rather than individual diseases.
- Healthspan Horizons initiative Aging Biology ResearchLaunched Healthspan Horizons to integrate longitudinal health data with discovery science, generating insights into healthspan extension.
- Healthspan Horizons program for longitudinal health data integration Aging Biology ResearchLaunched the Healthspan Horizons initiative to link longitudinal human health data with discovery science, generating actionable insights into factors that extend healthspan.
- Healthspan research initiative via Healthspan Horizons Aging Biology ResearchLaunched Healthspan Horizons to integrate longitudinal health data with discovery science, generating insights aimed at extending human healthspan.
- Healthspan research initiative via Healthspan Horizons Aging Biology ResearchLaunched Healthspan Horizons to integrate longitudinal health data with discovery science, generating insights into healthspan extension.
- Healthspan research through longitudinal data integration Aging Biology ResearchLaunched Healthspan Horizons, an initiative that links longitudinal health data with discovery science to generate insights into healthspan extension.
- Healthspan research through longitudinal data integration Aging Biology ResearchLaunched Healthspan Horizons, an initiative linking longitudinal health data with discovery science to generate insights into healthspan extension.
- Molecular mapping of tissues using spatial mass spectrometry Aging Biology ResearchUses spatial mass spectrometry to create detailed molecular maps of the knee joint to advance understanding of age-related tissue changes.
- Molecular mapping of tissues using spatial mass spectrometry Aging Biology ResearchUses spatial mass spectrometry to create detailed molecular maps of tissues, such as the knee joint, to advance understanding of age-related degeneration.
- Participation in XPRIZE Healthspan competition Aging Biology ResearchEngages in high-impact innovation challenges, with a research team recognized as a semifinalist in the XPRIZE Healthspan competition.
strategies · 11
how they think
Theories of action extracted from this org's own source material. Click any to see the full field of orgs running the same approach.
- Integrate data and AI with discovery science data_integrated_discoveryCombines longitudinal health data and responsible AI to accelerate discovery by identifying key biological and environmental factors that influence long-term health and aging.
- Integrate data science and AI with biological discovery data_integrated_discoveryCombines longitudinal health data with discovery science through responsible AI to uncover key factors that support long-term health and accelerate aging research.
- Integrate data science and AI with biological discovery data_integrated_discoveryCombines longitudinal health data with discovery science through responsible AI to uncover key factors influencing long-term health and accelerate geroscience breakthroughs.
- Integrate data science with biological discovery to identify drivers of long-term health data_integrated_discoveryCombines longitudinal health data with discovery research using responsible AI to uncover biological and environmental factors that promote healthy aging and extend healthspan.
- Integrate data science with biological discovery to identify healthspan factors data_integrated_discoveryCombines longitudinal health data with discovery research through responsible AI and data-integrated approaches to uncover mechanisms that support long-term health and resilience.
- Integrate data science with biological discovery to identify healthspan-extending factors data_integrated_discoveryCombines longitudinal health data and discovery science through responsible AI to uncover mechanisms and predictors of long-term health and resilience.
- Target aging as the root cause of chronic disease targeting_aging_as_root_causeUses cutting-edge science and geroscience to intervene in the biological processes of aging, treating aging itself as the underlying driver of chronic diseases rather than addressing individual diseases separately.
- Target aging as the root cause of chronic disease targeting_aging_as_root_causeUses cutting-edge science and geroscience to intervene in the biological processes of aging, treating aging itself as the fundamental driver of age-related chronic diseases rather than addressing individual diseases separately.
- Target aging as the root cause of chronic disease targeting_aging_as_root_causeBy focusing on aging as the primary risk factor for chronic diseases, the organization applies cutting-edge science to intervene at the biological level, aiming to prevent or delay multiple age-related conditions simultaneously.
- Target aging as the root cause of chronic disease targeting_aging_as_root_causeUses cutting-edge science and geroscience to intervene in the biological processes of aging, treating aging itself as the fundamental driver of chronic diseases rather than addressing individual diseases separately.
- Target aging as the root cause of chronic disease geroscienceUses cutting-edge science and geroscience to intervene in the biological processes of aging, treating aging itself as the primary risk factor for chronic diseases in order to extend healthspan and improve late-life quality of life.
named programs · 5
what they call their work
Healthspan Horizons
New research infrastructure linking real-world longitudinal health data with deep discovery science using responsible AI and aging biology to identify factors that keep people healthy longer.
THRIVE
Stanford-led initiative to develop the first FDA-grade "Intrinsic Capacity Score" under the ARPA-H PROSPR program, focused on transforming health and reclaiming vitality for older adults.
THRIVE: Transforming Health: Reclaiming Intrinsic Vitality for Everyone
Stanford-led initiative with Buck Institute participation to develop the first FDA-grade "Intrinsic Capacity Score" for early detection of age-related decline
XPRIZE Healthspan
Buck Institute team is a semifinalist in this $101 million global competition aimed at revolutionizing how we approach aging and extending healthspan.
XPRIZE Healthspan Competition Team
Buck Institute research team participating in the $101 million global XPRIZE Healthspan competition aimed at transforming the approach to aging
relationships · 2
who they work with
- I.M. Pei Government — Designed the Buck Institute's campus.
- Stanford Partner — Collaborates with Stanford on the THRIVE coalition to develop an intrinsic capacity score