

According to a new study, creatine supplementation might help maintain and increase lean mass even without diet or exercise. It also enhanced the effects of a combined diet and exercise

Researchers have discovered that BNIP3, which regulates mitochondrial maintenance, is increased with aging, harming the heart’s ability to process energy. Mitochondrial transplantation was found to be effective against this increase

Results from a recent study suggest a delay in ovarian aging in mice following treadmill training; this effect was mediated by adiponectin. Pharmacologically activating adiponectin receptors extended reproductive span in

According to a new study using a mouse model of a rare disease, transplanted immune cells donate their mitochondria to neighboring donor cells, improving energy production and rescuing function [1].

In a pilot study, patients engaging in intermittent fasting demonstrated improvements in Huntington’s disease, a neurodegenerative condition currently considered untreatable. However, the study’s size and limitations call for more research

In a new study, thymic tissue implanted in the spleen improved immune responses against viruses and tumors and reversed age-related thymic involution in mice [1]. Growing one organ inside another

Researchers publishing in Aging Cell have found that a cocktail of molecules released by human umbilical cord mesenchymal stem cells (hUC-MSCs) can mitigate sun-induced skin aging (photoaging) in mice by

Researchers have established how a protein that is nearly absent in the literature, PTCHD4, is linked to cellular senescence. Very little previous work In most papers, after a customary discussion

A team of researchers has discovered that mitochondrial health and location may be critical to why cognitive plasticity decreases with age. Old mammals and new tricks The adage ‘you can’t

Six different aging clocks detected younger blood protein profiles in patients taking the experimental lung-fibrosis drug rentosertib. This suggests possible anti-aging effects, but separating those from the narrower benefits of

Researchers have discovered and explained how calcium mishandling in muscle cells leads to long-term muscle weakness in older people. Calcium is not just for bones Skeletal muscle cells use calcium

In a recent study, researchers have evaluated how responsive several DNA methylation (DNAm) biomarkers are to a range of longevity interventions [1]. Waiting too long Testing lifespan-extending interventions in humans

In a new study, semaglutide given late in life increased median lifespan in female mice by more than 12% and improved various health markers. Semaglutide’s effect possibly went beyond caloric

Researchers publishing in Aging Cell have described how stopping growth hormone receptor production in midlife significantly lengthens the lives of mice. Growth but diabetes Growth hormone affects the metabolism of

Filmmaker Tim Maupin has spent a number of years developing The Last Generation to Die, a near-future film about what happens when the first true rejuvenation technologies arrive and who

According to a new study, creatine supplementation might help maintain and increase lean mass even without diet or exercise. It also enhanced the effects of a combined diet and exercise intervention [1]. How to lose weight but not muscle As people age, they often accumulate fat

Researchers have discovered that BNIP3, which regulates mitochondrial maintenance, is increased with aging, harming the heart’s ability to process energy. Mitochondrial transplantation was found to be effective against this increase in a mouse model. The heart needs energy Mitophagy, the process of eliminating damaged mitochondria, is

Results from a recent study suggest a delay in ovarian aging in mice following treadmill training; this effect was mediated by adiponectin. Pharmacologically activating adiponectin receptors extended reproductive span in mice. [1] Beyond reproduction The female reproductive system strongly influences the female aging trajectory, and its

According to a new study using a mouse model of a rare disease, transplanted immune cells donate their mitochondria to neighboring donor cells, improving energy production and rescuing function [1]. Here, have some mitochondria Friedreich’s ataxia is a rare genetic disease in which deficiency in the

In a pilot study, patients engaging in intermittent fasting demonstrated improvements in Huntington’s disease, a neurodegenerative condition currently considered untreatable. However, the study’s size and limitations call for more research [1]. Fast to survive Huntington’s disease is an inherited, progressive neurodegenerative disorder caused by an expansion

In a new study, thymic tissue implanted in the spleen improved immune responses against viruses and tumors and reversed age-related thymic involution in mice [1]. Growing one organ inside another The thymus is a small but crucial organ, where T cells mature to become the backbone

Researchers publishing in Aging Cell have found that a cocktail of molecules released by human umbilical cord mesenchymal stem cells (hUC-MSCs) can mitigate sun-induced skin aging (photoaging) in mice by restoring their cells’ ability to get rid of their own damaged mitochondria (mitophagy). Wrinkles are only

Researchers have established how a protein that is nearly absent in the literature, PTCHD4, is linked to cellular senescence. Very little previous work In most papers, after a customary discussion of the mechanics of cellular senescence and current methods of handling it and its repercussions, the

A team of researchers has discovered that mitochondrial health and location may be critical to why cognitive plasticity decreases with age. Old mammals and new tricks The adage ‘you can’t teach an old dog new tricks’ is true across a wide variety of organisms; neural plasticity

Six different aging clocks detected younger blood protein profiles in patients taking the experimental lung-fibrosis drug rentosertib. This suggests possible anti-aging effects, but separating those from the narrower benefits of treating fibrosis remains a challenge [1]. The AI-developed drug Many drugs developed for particular diseases act

Researchers have discovered and explained how calcium mishandling in muscle cells leads to long-term muscle weakness in older people. Calcium is not just for bones Skeletal muscle cells use calcium ions to control how and when they contract. This activity is modulated by CaMKII, a protein

In a recent study, researchers have evaluated how responsive several DNA methylation (DNAm) biomarkers are to a range of longevity interventions [1]. Waiting too long Testing lifespan-extending interventions in humans has a major problem: it can take many years, or even decades, to see results. Nobody

In a new study, semaglutide given late in life increased median lifespan in female mice by more than 12% and improved various health markers. Semaglutide’s effect possibly went beyond caloric restriction [1]. Old mice, new drugs GLP-1 receptor agonists, which act on a hormone that regulates

Researchers publishing in Aging Cell have described how stopping growth hormone receptor production in midlife significantly lengthens the lives of mice. Growth but diabetes Growth hormone affects the metabolism of fats (lipids), increasing the levels of circulating fatty acids while increasing insulin-like growth factor 1 (IGF-1)

Filmmaker Tim Maupin has spent a number of years developing The Last Generation to Die, a near-future film about what happens when the first true rejuvenation technologies arrive and who gets left behind. The project has now reached the top 65 of the Future Vision XPrize,