DNA Sequences Create Lasting Memory of Inflammation in Cells
Scientists discover how specific DNA features allow cells to remember past inflammation, potentially impacting aging and disease.
Biological age reversal, epigenetic clocks, senolytics, and anti-aging interventions
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Scientists discover how specific DNA features allow cells to remember past inflammation, potentially impacting aging and disease.
15-year study reveals specific combinations of chronic diseases accelerate physical decline differently in older adults.
Scientists identified brain patterns that predict internet gaming disorder development with 80% accuracy using connectivity scans.
New deep learning technology automatically grades edema severity from images, potentially revolutionizing home health monitoring.
New AI model predicts surgical blood pressure drops 15 minutes early, potentially preventing kidney complications that affect longevity.
Researchers create comprehensive atlas of E3 ligases, key proteins that regulate cellular cleanup and may influence aging processes.
Groundbreaking brain atlas reveals how neural organization evolves from birth to old age, offering new insights into healthy aging.
Large-scale screening initiative significantly improves early-stage lung cancer diagnosis, potentially saving thousands of lives.
New research reveals how cells control DNA breaks during reproduction, offering insights into genetic stability and aging.
New research reveals how TFAM protein responds to DNA damage, potentially protecting against age-related mitochondrial decline.
Researchers discovered how aging impairs smell through damaged mitochondria and successfully reversed the decline in fruit flies.
Mitorubin, derived from berberrubine, restored heart function and extended lifespan in aging mice by boosting cellular energy production.