2910 articles in this topic
Blood stem cells lacking DNMT3A gain telomerase activity and indefinite self-renewal — revealing a non-canonical longevity mechanism in clonal aging.
A single 30-minute ultrasound session reverses 15 hallmarks of senescence in vitro and boosts healthspan in aged mice — no drugs required.
New research reveals how cerebrospinal fluid transport structures at the brain–meningeal border influence neurodegeneration, immunity, and aging.
A mechanical skin device targeting cervical lymphatics doubled CSF outflow and reversed age-related drainage impairment in mice.
A new causal framework links immune-cell gene regulation to telomere length, facial aging, and frailty—revealing drug targets hiding in plain sight.
A major review reveals how fluid biomarkers from blood, CSF, and saliva are transforming early detection of neurodegenerative diseases.
A new multi-omic method links thousands of disease-risk variants to specific brain vascular cell types, revealing distinct mechanisms for AD and cerebrovascular disease.
A landmark review reveals how skin aging and systemic biological aging drive each other — and what that means for longevity medicine.
A Princeton study finds aging dramatically alters metabolite concentrations in mice, yet surprisingly preserves the major fluxes that drive metabolism.
A sweeping review maps how miniaturized bioelectronic devices now track muscle electricity, mechanics, and oxygen continuously outside the clinic.
A biosymbiotic edge-AI wearable performs real-time, clinical-grade gait-based frailty assessment over weeks with no charging or data management required.
Optical biosensors embedded in contact lenses can continuously monitor glucose, cortisol, and inflammatory markers in tear fluid without blood draws.
