1966 articles in this topic
New research reveals how oral and gut bacteria shift across decades, influencing fatty acids and immune signals that impact aging.
Japanese researchers developed machine learning to identify frail older adults using insurance claims, potentially revolutionizing early intervention.
Scientists discover how disulfidptosis contributes to osteoarthritis and identify potential therapeutic compound.
Machine learning uncovers subgroups who benefited from telecare despite overall null results in major aging trial.
New research reveals how a specific immune cell type mediates the relationship between GDF-15 levels and muscle mass decline.
New research reveals how resveratrol blocks pancreatic cancer progression by modifying a key cellular protein through succinylation.
Study reveals nutritional assessment tool predicts cognitive complications after hip surgery in elderly patients.
New research shows how oxidative stress damages cells similarly across all animals, from insects to mammals.
New research shows how gut microbes in people over 100 produce metabolites that reprogram aging genes for better health and longevity.
New research reveals how aging primes the gut for barrier breakdown when inflammation strikes, even when baseline function appears normal.
New research reveals how bile acids from gut and liver communicate with brain, offering potential therapeutic targets for cognitive decline.
New research reveals how FOXO transcription factors control cellular aging processes and offers therapeutic targets for longevity.
