SPOTLIGHTScientists Uncover Evidence That Molecule Released During Exercise, Also Available as a Supplement, Slows Cognitive Decline with Age
According to a new study, whether from exercise or supplementation, increased levels of β-hydroxybutyrate (a molecule primarily released from the liver during fasting or aerobic exercise) improve cognition in old mice.
Seragon’s Breakthrough Longevity Candidate SRN-901 Dramatically Increases Lifespan and Healthspan in Preclinical Study
Seragon Biosciences has completed one of the most comprehensive preclinical studies to date, finding that its aging intervention candidate SRN-901 drastically prolongs lifespan and healthspan.
Calorie Restriction Preserves Brain White Matter by Slowing Cellular Aging: New Study Shows
A new primate study shows long-term calorie restriction preserves brain white matter by slowing age-related changes in oligodendrocytes and microglia.
New Aging Theory Helps Build the Case for Devices That Activate Key Nerve
A new aging theory posits that an increasing age-related imbalance between collections of nerves triggering “fight or flight” and “rest and repair” responses underlies core aging processes.
Are We Misunderstanding Aging? A New Look at Life-Extending Interventions
While current research explores a complex web of biological targets, a less mainstream framework suggests there may be only one that truly matters: mitochondria.
Engineering the Future: The AI Revolution in Aging Science
A new perspective article explores how artificial intelligence (AI)-based coordinated research may revolutionize the fight against aging.
Emerging Therapy Reverses Memory Loss and Boosts Brain Connectivity in Aged Monkeys
Scientists ameliorate age-related deficits in memory and brain structure by administering vesicles secreted from stem cells to monkeys.
How Soviet-Era Scientists Helped Lay the Foundation for Modern Aging Research
A new reflective essay explores how two generations of Russian scientists reshaped the way we think about aging.
New Stem Cell–Derived Immune Cells Reverse Memory Loss in Aging and Alzheimer’s Brains
Stem cell–derived immune cells improved memory and brain health in aging and Alzheimer’s mice by reducing inflammation and supporting neural repair.
Protein Supplement Extends Life, Boosts Strength, and Reduces Biological Age, According to New Study
Supplementation prolongs the life of worms, boosts the strength of mice, and reduces the biological age of humans.
- Aging & Longevity
Seragon’s Breakthrough Longevity Candidate SRN-901 Dramatically Increases Lifespan and Healthspan in Preclinical Study
Seragon Biosciences has completed one of the most comprehensive preclinical studies to date, finding that its aging intervention candidate SRN-901 drastically prolongs lifespan and healthspan.
- Neurological
Calorie Restriction Preserves Brain White Matter by Slowing Cellular Aging: New Study Shows
A new primate study shows long-term calorie restriction preserves brain white matter by slowing age-related changes in oligodendrocytes and microglia.
- Aging & Longevity
New Aging Theory Helps Build the Case for Devices That Activate Key Nerve
A new aging theory posits that an increasing age-related imbalance between collections of nerves triggering “fight or flight” and “rest and repair” responses underlies core aging processes.
- Metabolism
Are We Misunderstanding Aging? A New Look at Life-Extending Interventions
While current research explores a complex web of biological targets, a less mainstream framework suggests there may be only one that truly matters: mitochondria.
- Aging & Longevity
Engineering the Future: The AI Revolution in Aging Science
A new perspective article explores how artificial intelligence (AI)-based coordinated research may revolutionize the fight against aging.
- Neurological
Emerging Therapy Reverses Memory Loss and Boosts Brain Connectivity in Aged Monkeys
Scientists ameliorate age-related deficits in memory and brain structure by administering vesicles secreted from stem cells to monkeys.
- Aging & Longevity
How Soviet-Era Scientists Helped Lay the Foundation for Modern Aging Research
A new reflective essay explores how two generations of Russian scientists reshaped the way we think about aging.
- Neurological
New Stem Cell–Derived Immune Cells Reverse Memory Loss in Aging and Alzheimer’s Brains
Stem cell–derived immune cells improved memory and brain health in aging and Alzheimer’s mice by reducing inflammation and supporting neural repair.
- Aging & Longevity
Protein Supplement Extends Life, Boosts Strength, and Reduces Biological Age, According to New Study
Supplementation prolongs the life of worms, boosts the strength of mice, and reduces the biological age of humans.
STUDIES
NEWS
Life-Extending Molecule Alpha-Ketoglutarate Protects Against Brain Aging, New Study Shows
Alpha-ketoglutarate improves memory-formation capacity in mice that model brain aging.
Calorie Restriction Preserves Brain White Matter by Slowing Cellular Aging: New Study Shows
A new primate study shows long-term calorie restriction preserves brain white matter by slowing age-related changes in oligodendrocytes and microglia.
Scientists Uncover Evidence That Molecule Released During Exercise, Also Available as a Supplement, Slows Cognitive Decline with Age
According to a new study, whether from exercise or supplementation, increased levels of β-hydroxybutyrate (a molecule primarily released from the liver during fasting or aerobic exercise) improve cognition in old mice.
Stem Cell–Derived Vesicles Rejuvenate Pancreas Cells and Cure Age-Related Diabetes
Stem cell–derived vesicles rejuvenate aging pancreatic β cells, restore insulin secretion, and reverse diabetes in old mice by reducing cellular senescence and improving mitochondrial function.
New Aging Theory Helps Build the Case for Devices That Activate Key Nerve
A new aging theory posits that an increasing age-related imbalance between collections of nerves triggering “fight or flight” and “rest and repair” responses underlies core aging processes.
Engineering the Future: The AI Revolution in Aging Science
A new perspective article explores how artificial intelligence (AI)-based coordinated research may revolutionize the fight against aging.
Are We Misunderstanding Aging? A New Look at Life-Extending Interventions
While current research explores a complex web of biological targets, a less mainstream framework suggests there may be only one that truly matters: mitochondria.
New Stem Cell–Derived Immune Cells Reverse Memory Loss in Aging and Alzheimer’s Brains
Stem cell–derived immune cells improved memory and brain health in aging and Alzheimer’s mice by reducing inflammation and supporting neural repair.
Emerging Therapy Reverses Memory Loss and Boosts Brain Connectivity in Aged Monkeys
Scientists ameliorate age-related deficits in memory and brain structure by administering vesicles secreted from stem cells to monkeys.
How Soviet-Era Scientists Helped Lay the Foundation for Modern Aging Research
A new reflective essay explores how two generations of Russian scientists reshaped the way we think about aging.
The Anti-Aging Debate Everyone’s Talking About: Inside Bryan Johnson’s Jubilee Showdown
Bryan Johnson debates 20 skeptics on anti-aging in Jubilee’s viral episode and challenges assumptions about lifespan, science, and the future of human health.
Protein Supplement Extends Life, Boosts Strength, and Reduces Biological Age, According to New Study
Supplementation prolongs the life of worms, boosts the strength of mice, and reduces the biological age of humans.
A 100-Year-Old Bodybuilder Credits a Purpose-Driven Life for Exceptional Longevity
Even after turning 100, bodybuilder Andrew Bostinto won a championship belt at the National Gym Association, Inc.’s physique contest and has now shared his secrets to astounding longevity.
Gene Therapy for Aging: New Advances That Could Extend Lifespan
Gene therapies from the biotech company BioViva targeting aspects of aging include one for physical performance enhancement and another for improved cognition.
GLP-1 Drug Counteracts Aging Independent of Weight Loss in New Study
The type 2 diabetes drug exenatide counteracts physical but not cognitive decline in mice, while going head-to-head with the powerful longevity drug rapamycin.