Biological age reversal, epigenetic clocks, senolytics, and anti-aging interventions
667 articles
New review reveals how aging skin cells trigger chronic inflammation and tissue breakdown, pointing to promising anti-aging therapies.
New research reveals how elevated IGF-1 accelerates hair follicle aging through stem cell senescence, with promising interventions to restore hair health.
New targeted approaches promise safer senescent cell clearance for aging populations by distinguishing between helpful and harmful cellular states.
Study shows senolytic combination therapy reduces cellular aging in gums and prevents periodontal bone loss in aging mice.
New research reveals how senescent cells promote kidney damage by converting immune cells into scar tissue producers.
Scientists discover CD4-Eomes T cells naturally eliminate aging cells, offering new targets for longevity interventions.
Researchers develop targeted siRNA therapy that reverses cellular aging in cartilage, offering new hope for osteoarthritis treatment.
New therapy eliminates giant congenital melanocytic nevi by targeting both senescent and proliferative cells through BCL2 inhibition.
Researchers identify cellular senescence patterns in aging muscle and discover existing HIV drug could treat sarcopenia.
Researchers use advanced computational tools to decode complex biological patterns in cellular senescence research.
Review reveals how aging blood vessels become dysfunctional and inflammatory, contributing to cardiovascular disease, with emerging treatments offering hope.
Researchers identify therapeutic opportunities by targeting the fundamental biological mechanisms that drive aging processes.
