Brain Network Changes Explain Memory Decline in Healthy Aging Adults
New research reveals how weakened brain connections between memory and attention networks drive sequence memory loss as we age.
1998 articles in this topic
New research reveals how weakened brain connections between memory and attention networks drive sequence memory loss as we age.
Scientists map how immune cells change in aging testes, revealing metabolic dysfunction that could impact male fertility.
New research reveals that different telomere measurement techniques capture aging patterns differently, affecting health assessments.
Three epigenetic aging biomarkers strongly predict hepatocellular carcinoma risk in MASLD patients, offering new screening tools.
New metabolic signatures in blood predict muscle strength decline and frailty risk, offering early intervention opportunities.
New study shows biological aging clocks in blood can predict Alzheimer's disease risk and track brain health decline.
Transplanted young muscle stem cells improved motor function and reduced anxiety in aged mice through enhanced blood vessel growth.
New research identifies specific genetic markers that explain individual differences in aging rates across organ systems.
New research reveals how aging fundamentally alters the daily rhythm of gene activity in the retina through widespread epigenetic shifts.
Epigenetic clocks using DNA methylation patterns can accurately predict disease risk, mortality, and age-related decline.
Six-month exercise and nutrition program reduced frailty scores and reversed epigenetic aging markers in 80-year-olds.
New meta-analysis reveals high blood pressure speeds up epigenetic aging, offering insights into cardiovascular health and longevity.