Found 1117 results for "longevity"
Longevity interventions demonstrate markedly different efficacy between males and females, with response variations potentially linked to baseline lifespan…
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…
Cross-laboratory validation found that GLS1 inhibitor and anti-PD-1 antibody—previously reported to eliminate p16INK4a-positive senescent cells and improve…
Understanding how the brain's complex wiring patterns develop could unlock new approaches to treating movement disorders and cognitive decline. The striatum…
Understanding how brain networks deteriorate with age has been hampered by the fundamental challenge of studying living human brains over decades. This…
Cellular housekeeping mechanisms that decline with age may have found a new therapeutic target. The efficiency with which cells recycle essential components…
The mystery of how flexible, environment-triggered traits eventually become locked into an organism's permanent genetic code has puzzled evolutionary…
Gender disparities in stress resilience may be more pronounced among military populations than previously understood, with implications for how society…
The discovery that common fungal infections fundamentally rewire how our cells produce energy reveals a previously unknown survival strategy that could…
Reducing activity of the INDY gene—a citrate transporter—in fruit flies significantly lowers bacterial load while increasing microbiome diversity during aging…
The conventional view that stress resilience emerges immediately through fight-or-flight responses may miss the brain's most sophisticated adaptation…
The assumption that mental rest involves purely cognitive processes may be fundamentally incomplete. While neuroscientists have extensively mapped how…
Fat tissue emerges as a master controller of aging through a newly discovered molecular pathway that could reshape how we approach longevity interventions…
The concept that our environment shapes how our brains age has gained powerful new validation through the largest international study to date examining what…
The extreme physiological demands of space travel may hold unexpected keys to understanding human aging on Earth. Astronauts experience biological changes in…
Despite three decades of medical progress, respiratory tract infections continue claiming millions of lives annually, highlighting persistent gaps in global…
Cellular stress responses may be far more sophisticated than previously understood, with implications for how we approach cancer treatment and general…
Understanding how life's essential building blocks formed on early Earth could reshape our approach to cellular repair and longevity interventions. The…
Understanding how immune cells decide where to patrol after an infection could reshape approaches to vaccine design and autoimmune disease treatment. Memory T…