2085 articles in this topic
New 3D lab models capture how skin ages from both internal factors and environmental damage, advancing anti-aging research.
Major analysis reveals how cellular senescence accelerates neurodegeneration and identifies promising therapeutic interventions.
New research reveals how MNDA protein contributes to immune system aging by promoting inflammatory cell production over protective cells.
New research reveals how testicular aging occurs at the cellular level and highlights emerging therapies to preserve male fertility.
Scientists identify CALHM5 protein as key regulator of blood vessel health, opening door to novel aneurysm therapies.
New research reveals individual differences in sensory processing remain stable over time, offering insights into stress resilience.
New research reveals the LDLR cholesterol receptor facilitates hepatitis A virus entry, opening potential therapeutic targets.
Scientists map 2.56 million cells from pregnant pig and fetus, discovering how heart adapts during pregnancy and what causes growth restriction.
Breakthrough imaging reveals how telomerase protects chromosome ends, offering new insights into cellular aging mechanisms.
Scientists discover how specific DNA features allow cells to remember past inflammation, potentially impacting aging and disease.
Experimental BIIB094 treatment lowered harmful LRRK2 protein levels in spinal fluid, offering hope for genetic Parkinson's patients.
Researchers developed PANGEA-SMM, which tracks changing biomarkers to predict when precancerous blood conditions become active cancer.
