DNA Methylation Changes Don't Always Impair Stem Cell Function in Aging Research
New study reveals that age-like DNA changes in blood stem cells don't necessarily reduce their regenerative potential.
2017 articles in this topic
New study reveals that age-like DNA changes in blood stem cells don't necessarily reduce their regenerative potential.
New research reveals how targeting a specific microRNA strengthens bones by boosting bone-building cells through Wnt signaling pathways.
Stanford researchers discover how microglia change their internal structure and function as we age, potentially accelerating brain decline.
New research reveals how microglia proteins in spinal fluid change as Alzheimer's progresses, offering potential early detection markers.
Rate of change in DNA methylation clocks predicts mortality better than single measurements, offering new aging insights.
New research shows how your biological aging rate changes over time can predict mortality risk more accurately than chronological age.
Discover how compounds like resveratrol and metformin can trigger the same life-extending pathways as caloric restriction without reducing food intake.
Discover how cellular senescence contributes to aging and why some cells choose to stop dividing rather than die.
Discover how mitochondrial health, red light therapy, and advanced biologics can transform your skin from the cellular level up.
Direct-to-consumer biological age tests promise health insights but may deliver misleading results that confuse more than clarify.
Scientists discover two polyunsaturated fatty acids that may help eliminate aging cells, offering potential longevity benefits.
Researchers explore how eliminating senescent cells could revolutionize longevity medicine and healthy aging.