SPOTLIGHTNew Study Explains How NR Supplement Improves Memory
The NAD+ (nicotinamide adenine dinucleotide) precursor NR (nicotinamide riboside) improves the memory of Alzheimer’s mice by counteracting the accumulation of age-promoting senescent cells.
Seragon Reports Record-Breaking Data on SRN-901, a New Drug That Extends Mouse Lifespan by 33%
In a late-life mouse study, the multi-component drug candidate increased remaining lifespan by 33%, slowed frailty progression, and reduced tumor incidence, according to data published in Drug Design, Development and Therapy.
AI and Genetics Join Forces to Map the Molecular Roots of Aging — and Find Drugs That May Already Treat Them
A new framework scans 12 age-related diseases simultaneously, uncovers 45 therapeutic targets, and delivers a striking finding: some of the most promising aging-related drug targets are already treatable with existing medicines.
UC Irvine Scientists Restore Age-Related Vision Loss With a Naturally Occurring Retinal Lipid
Restoring a naturally occurring retinal lipid improves visual function and reduces age-related retinal damage in mice, researchers find.
Fisetin Reverses Premature Blood Vessel Aging Caused by Chemotherapy
Study finds that fisetin restores healthy blood vessel function and reduces signs of premature aging caused by chemotherapy.
Exploring the Potential of a Molecule in Peppers to Slow Vascular Aging
Blood vessel aging and its associated cardiovascular conditions represent a principal cause of death in the elderly, and a molecule found in hot peppers called capsaicin may mitigate it.
Citrulline Supplementation Reduces Inflammation and Reverses Aging Markers in Aged Mice
Restoring citrulline levels reduces inflammation and reverses aging markers in aged mice, researchers find.
New Brain Aging Study Questions the Role of Common Omega-3
Scientists find that EPA (eicosapentaenoic acid), an omega-3 fatty acid found in fish oil, impairs brain healing after injury in mice.
Longevity Protocol for Harvard’s David Sinclair in 2026
David Sinclair’s supplementation protocol is rooted in the Information Theory of Aging—the notion that aging is driven by a gradual loss of information coded in molecular tagging patterns on DNA.
Inexpensive FDA-Approved Drug Prolongs the Life of Mice, New Study Shows
The FDA-approved drug, mianserin (MIA), moderately prolongs the lifespan of naturally aged mice while countering decrements in movement, hair, and other signs of aging.
- Aging & Longevity
Seragon Reports Record-Breaking Data on SRN-901, a New Drug That Extends Mouse Lifespan by 33%
In a late-life mouse study, the multi-component drug candidate increased remaining lifespan by 33%, slowed frailty progression, and reduced tumor incidence, according to data published in Drug Design, Development and Therapy.
- Aging & Longevity
AI and Genetics Join Forces to Map the Molecular Roots of Aging — and Find Drugs That May Already Treat Them
A new framework scans 12 age-related diseases simultaneously, uncovers 45 therapeutic targets, and delivers a striking finding: some of the most promising aging-related drug targets are already treatable with existing medicines.
- Eyes
UC Irvine Scientists Restore Age-Related Vision Loss With a Naturally Occurring Retinal Lipid
Restoring a naturally occurring retinal lipid improves visual function and reduces age-related retinal damage in mice, researchers find.
- Cancer
Fisetin Reverses Premature Blood Vessel Aging Caused by Chemotherapy
Study finds that fisetin restores healthy blood vessel function and reduces signs of premature aging caused by chemotherapy.
- Cardiovascular
Exploring the Potential of a Molecule in Peppers to Slow Vascular Aging
Blood vessel aging and its associated cardiovascular conditions represent a principal cause of death in the elderly, and a molecule found in hot peppers called capsaicin may mitigate it.
Citrulline Supplementation Reduces Inflammation and Reverses Aging Markers in Aged Mice
Restoring citrulline levels reduces inflammation and reverses aging markers in aged mice, researchers find.
- Neurological
New Brain Aging Study Questions the Role of Common Omega-3
Scientists find that EPA (eicosapentaenoic acid), an omega-3 fatty acid found in fish oil, impairs brain healing after injury in mice.
- Aging & Longevity
Longevity Protocol for Harvard’s David Sinclair in 2026
David Sinclair’s supplementation protocol is rooted in the Information Theory of Aging—the notion that aging is driven by a gradual loss of information coded in molecular tagging patterns on DNA.
- Aging & Longevity
Inexpensive FDA-Approved Drug Prolongs the Life of Mice, New Study Shows
The FDA-approved drug, mianserin (MIA), moderately prolongs the lifespan of naturally aged mice while countering decrements in movement, hair, and other signs of aging.
STUDIES
NEWS
AI and Genetics Join Forces to Map the Molecular Roots of Aging — and Find Drugs That May Already Treat Them
A new framework scans 12 age-related diseases simultaneously, uncovers 45 therapeutic targets, and delivers a striking finding: some of the most promising aging-related drug targets are already treatable with existing medicines.
UC Irvine Scientists Restore Age-Related Vision Loss With a Naturally Occurring Retinal Lipid
Restoring a naturally occurring retinal lipid improves visual function and reduces age-related retinal damage in mice, researchers find.
Fisetin Reverses Premature Blood Vessel Aging Caused by Chemotherapy
Study finds that fisetin restores healthy blood vessel function and reduces signs of premature aging caused by chemotherapy.
New Study Explains How NR Supplement Improves Memory
The NAD+ (nicotinamide adenine dinucleotide) precursor NR (nicotinamide riboside) improves the memory of Alzheimer’s mice by counteracting the accumulation of age-promoting senescent cells.
Exploring the Potential of a Molecule in Peppers to Slow Vascular Aging
Blood vessel aging and its associated cardiovascular conditions represent a principal cause of death in the elderly, and a molecule found in hot peppers called capsaicin may mitigate it.
Citrulline Supplementation Reduces Inflammation and Reverses Aging Markers in Aged Mice
Restoring citrulline levels reduces inflammation and reverses aging markers in aged mice, researchers find.
New Brain Aging Study Questions the Role of Common Omega-3
Scientists find that EPA (eicosapentaenoic acid), an omega-3 fatty acid found in fish oil, impairs brain healing after injury in mice.
Longevity Protocol for Harvard’s David Sinclair in 2026
David Sinclair’s supplementation protocol is rooted in the Information Theory of Aging—the notion that aging is driven by a gradual loss of information coded in molecular tagging patterns on DNA.
Inexpensive FDA-Approved Drug Prolongs the Life of Mice, New Study Shows
The FDA-approved drug, mianserin (MIA), moderately prolongs the lifespan of naturally aged mice while countering decrements in movement, hair, and other signs of aging.
New Study: Alpha-Ketoglutarate Shows Potential to Lower Biological Age in Humans
In 4,260 health enthusiasts, taking a delayed-release alpha-ketoglutarate supplement was tied to lower biological age.
Scientists Identify a New Natural Senolytic that Counters Physical Aging
Japanese scientists identify Rhodiola rosea as a senolytic, which improves the physical capacity of middle-aged mice and reduces hair loss, hair graying, and skin decline in aged mice.
Panax Ginseng Compound May Help Prevent Age-Related Muscle Loss (Sarcopenia)
The compound ginsenoside Ro, found in the Panax ginseng root, effectively increased muscle mass and enhanced physical endurance in a mouse model of age-related sarcopenia.
The New “Tri-Axis” Anti-Aging Model: Why NMN, PQQ, and EGT Work Better Together
Why single supplements often fail—and how NMN (nicotinamide mononucleotide), PQQ (pyrroloquinoline quinone), and EGT (ergothioneine) may restore mitochondrial health.
China’s New Standardized, Longevity-Focused Preventive Medicine Presents Competition for US
With an aging population and growing healthcare demands, China has launched a national education program in longevity medicine for physicians.
Anti-Aging Senolytics Slow Bone Loss but Not Gum Disease
Study shows that dasatinib and quercetin reduce inflammation and prevent age-related alveolar bone loss in mice, supporting healthier aging gums.