Found 776 results for "longevity"
The promise of precision diabetes care through advanced insulin delivery systems and continuous monitoring has yet to translate into meaningful outcomes for mo…
Physical frailty has long been recognized as a mortality predictor, but the specific relationship between measurable muscle strength and survival outcomes in o…
The trajectory of metabolic health in America has reached a critical inflection point that demands immediate attention from health-conscious adults. Understand…
Liver cancer research has long struggled with a fundamental problem: the lack of small animal models that accurately mirror how viral infections trigger the pr…
The discovery that cellular powerhouses moonlight as immune sentries could revolutionize how we understand chronic inflammation and age-related disease. This p…
The growing pursuit of pharmaceutical anti-aging interventions has reached a critical juncture where medical societies must address widespread off-label prescr…
The discovery that certain RNA viruses can simultaneously weaken fungal pathogens while boosting their production of beneficial antimicrobial compounds opens i…
The ability of tissues to maintain themselves throughout life depends on a sophisticated cellular reprogramming system that allows specialized cells to revert…
Longevity interventions demonstrate markedly different efficacy between males and females, with response variations potentially linked to baseline lifespan dif…
Biogerontology researchers face a fundamental definitional crisis that's hampering progress in longevity science. While lifespan has clear boundaries—birth to…
Timed administration of 3'-deoxyadenosine (3dA) strengthened circadian rhythms in the hypothalamic paraventricular nucleus and extended mouse lifespan by resto…
Cross-laboratory validation found that GLS1 inhibitor and anti-PD-1 antibody—previously reported to eliminate p16INK4a-positive senescent cells and improve hea…
Gender disparities in stress resilience may be more pronounced among military populations than previously understood, with implications for how society prepare…
The discovery that common fungal infections fundamentally rewire how our cells produce energy reveals a previously unknown survival strategy that could transfo…
Reducing activity of the INDY gene—a citrate transporter—in fruit flies significantly lowers bacterial load while increasing microbiome diversity during aging…
The cerebellum's influence on cognitive function represents one of neuroscience's most underappreciated frontiers for healthy aging and brain optimization. Whi…
The discovery of how immune cells precisely orchestrate DNA breaks to create antibody diversity could fundamentally change approaches to immune enhancement and…
Despite three decades of medical progress, respiratory tract infections continue claiming millions of lives annually, highlighting persistent gaps in global he…
The concept that our environment shapes how our brains age has gained powerful new validation through the largest international study to date examining what re…
The extreme physiological demands of space travel may hold unexpected keys to understanding human aging on Earth. Astronauts experience biological changes in m…