Explore the fascinating science of longevity, including genetic factors, lifestyle choices, and cutting-edge research on extending healthy lifespan.
Explore the fascinating science behind hematopoietic stem cell aging, its health implications, and potential rejuvenation strategies.
Explore how epigenetic changes influence the aging process and discover the latest research on epigenetic clocks and interventions.
Explore how epigenetic rejuvenation research is challenging our understanding of aging and opening new possibilities for reversing biological age.
Discover how the ELOVL2 gene serves as an epigenetic clock, revealing biological age through DNA methylation patterns with applications in forensics and aging research.
Explore how socioeconomic disadvantage accelerates biological aging through epigenetic changes detectable in cheek cells.
Exploring how biomarkers of aging are transforming our understanding of lifespan and healthspan through cutting-edge research.
Exploring how Russia's extreme environments and longevity initiatives are advancing epigenetic research on adaptation and aging.
Exploring how chemotherapy accelerates aging in cancer survivors and the medical breakthroughs fighting to restore vitality.