12 articles
Small molecule AA-20 clears protein aggregates and lipid droplets, extending C. elegans lifespan through a novel mTOR-independent autophagy pathway.
A landmark review reveals obesity and aging share molecular hallmarks that accelerate cardiovascular disease, and how anti-obesity drugs may reverse this.
A comprehensive review reveals how age-remodeled microenvironments cripple satellite cells, driving muscle loss—and how emerging therapies may reverse it.
Comprehensive review reveals how cellular recycling process autophagy mediates benefits of diet, exercise, and longevity drugs across species.
New research reveals spermidine supplements and low-protein diets independently protect against brain aging in fruit flies.
New research reveals how cancer radiation treatment causes muscle weakness through a previously unknown tumor-muscle communication pathway.
New research reveals how hepatoma cells evade immunotherapy by secreting N1-acetylspermidine to suppress immune function.
New research reveals how these two popular longevity supplements target different cellular pathways for anti-aging benefits.
Comprehensive review reveals how immunosenescence creates tumor-promoting environments and reduces treatment effectiveness in elderly cancer patients.
New research reveals how polyamine molecules regulate cellular aging and may offer promising anti-aging interventions.
New research reveals how probiotics enhance brain-protective polyamines through the gut-brain connection.
New research shows phenolamides from apricot bee pollen significantly reduce inflammatory bowel symptoms while promoting healthy gut bacteria.
