Scientists show that exercise combats age-related metabolic dysfunction-associated liver disease in mice via microscopic vesicles containing eNAMPT (an NMN-synthesizing enzyme).
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.
The GLP-1 receptor activator (agonist), semaglutide, alleviates dry eye and modulates age-promoting senescent cells in aged mice.
Harvard researchers use FaceAge (an AI algorithm that predicts biological age from facial photographs) to measure increased aging rates associated with lower survival in patients with cancer.
Tomatidine, a compound found in green tomatoes, improves memory, counters frailty, and reduces age-promoting senescent cells in mice.
Scientists find that the NAD+ (nicotinamide adenine dinucleotide) precursor NMN (nicotinamide mononucleotide) increases the brain waves associated with REM (rapid eye movement) sleep in aged mice.
A new therapy elicits an immune response against the muscle growth-restricting protein myostatin, reduces age-associated weight gain, and enhances muscle growth in mice.
Restoring the amino acid proline in aged stem cells rejuvenates their muscle tissue-regenerating capacity.
Korean scientists use electromagnetic fields (EMFs) to trigger an anti-aging process known as cyclic cellular reprogramming in mice to extend their health and longevity.
Combining NMN (nicotinamide mononucleotide) with the CD38 inhibitor apigenin produces an additive effect that regenerates tissues and enhances physical capacity in aged mice.
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.
The GLP-1 receptor activator (agonist), semaglutide, alleviates dry eye and modulates age-promoting senescent cells in aged mice.
Harvard researchers use FaceAge (an AI algorithm that predicts biological age from facial photographs) to measure increased aging rates associated with lower survival in patients with cancer.
Tomatidine, a compound found in green tomatoes, improves memory, counters frailty, and reduces age-promoting senescent cells in mice.
Scientists find that the NAD+ (nicotinamide adenine dinucleotide) precursor NMN (nicotinamide mononucleotide) increases the brain waves associated with REM (rapid eye movement) sleep in aged mice.
A new therapy elicits an immune response against the muscle growth-restricting protein myostatin, reduces age-associated weight gain, and enhances muscle growth in mice.
Restoring the amino acid proline in aged stem cells rejuvenates their muscle tissue-regenerating capacity.
Korean scientists use electromagnetic fields (EMFs) to trigger an anti-aging process known as cyclic cellular reprogramming in mice to extend their health and longevity.
Combining NMN (nicotinamide mononucleotide) with the CD38 inhibitor apigenin produces an additive effect that regenerates tissues and enhances physical capacity in aged mice.
Scientists show that exercise combats age-related metabolic dysfunction-associated liver disease in mice via microscopic vesicles containing eNAMPT (an NMN-synthesizing enzyme).
The GLP-1 receptor activator (agonist), semaglutide, alleviates dry eye and modulates age-promoting senescent cells in aged mice.
Harvard researchers use FaceAge (an AI algorithm that predicts biological age from facial photographs) to measure increased aging rates associated with lower survival in patients with cancer.
Tomatidine, a compound found in green tomatoes, improves memory, counters frailty, and reduces age-promoting senescent cells in mice.
Scientists find that the NAD+ (nicotinamide adenine dinucleotide) precursor NMN (nicotinamide mononucleotide) increases the brain waves associated with REM (rapid eye movement) sleep in aged mice.
A new therapy elicits an immune response against the muscle growth-restricting protein myostatin, reduces age-associated weight gain, and enhances muscle growth in mice.
Restoring the amino acid proline in aged stem cells rejuvenates their muscle tissue-regenerating capacity.
Korean scientists use electromagnetic fields (EMFs) to trigger an anti-aging process known as cyclic cellular reprogramming in mice to extend their health and longevity.
Combining NMN (nicotinamide mononucleotide) with the CD38 inhibitor apigenin produces an additive effect that regenerates tissues and enhances physical capacity in aged mice.
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.
Researchers from UC Irvine show that extracellular vesicles improve memory and reduce brain damage in an Alzheimer’s mouse model.
Combining calcium β-hydroxy-β-methylbutyrate, colostrum basic protein, and hyaluronic acid in low doses provides comprehensive benefits against age-related muscle and bone loss in aged male mice.
Scientists find that NMN (nicotinamide mononucleotide) mitigates the conversion of stomach cells into intestinal-like cells, which may potentially reduce the risk of stomach cancer.
Harvard geneticist George Church says reaching longevity escape velocity, where scientific advancements extending lifespan outpace life expectancy, is not out of the question by 2035.
A new study shows aging makes the liver more vulnerable to high-fat diets, but rapamycin may reverse inflammation, restore metabolic function, and reduce fatty liver damage.