
WEBINAR
Only
Extending Human Healthspan and Longevity
Wednesday, May 19, 2021, 10:30 AM - 4:45 PM EDT
Webinar
Presented By
American Federation for Aging Research
Science Translational Medicine
The New York Academy of Sciences
Since 1900, life expectancy throughout much of the world has more than doubled from approximately 35 years to 80+ years. Yet there have been consequences to this extended lifespan — disease, disability, and frailty have all impacted the quality of life associated with these later years.
As we seek to further extend longevity, how can we simultaneously help people live longer and delay age-related health issues? To explore this key question, this conference will bring together physicians and scientists from academia and industry in the fields of genetics, biology of aging, endocrinology, gerontology, clinical psychology, physiology, and more. Sessions will focus on three primary areas: (i) Targetable Aging Processes (ii) Biomarkers for Therapies, and (iii) Translational Research at the Forefront of Healthspan and Lifespan.
Registration
Bronze Sponsors
Academy Friend
Wednesday
May 19, 2021
WELCOME REMARKS
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KEYNOTE PRESENTATION - Age Later: Translational Geroscience
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Break
SESSION I: Targetable Aging Processes
Targeting Selective Autophagy in Aging and Age-related Diseases
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Senescent Cells as a Therapeutic Target
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SESSION II: Biomarkers and Omics for Therapies
Translational Geroscience: Role of IGF-1 in Human Healthspan and Lifespan
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Epigenetic Biomarker of Aging for Lifespan and Healthspan
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Break
Metabolomics in the Search for Biomarkers and Mechanisms of Aging
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Translational Potential of the Biology of Aging
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SESSION III: Translational Research at the Forefront of Healthspan and Lifespan
Targeting Immunity: What is it about Immune Aging that Makes Older Adults So Vulnerable to COVID-19?
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Developing novel Therapies Targeting the Biology of Aging
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Break
Development of Clinical Trials to Extend Healthy Lifespan
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Senolytics and Alzheimer’s Disease
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Senolytics: the Path to Translation
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CLOSING KEYNOTE: Mitochondrial-derived Peptides (MDPs) and the Regulation of Aging Processes
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Closing Remarks
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