Biological age reversal, epigenetic clocks, senolytics, and anti-aging interventions
667 articles
Scientists identify blood biomarkers from aging immune cells that predict mobility, metabolism, and body composition changes in over 1,000 adults.
Large community study reveals how periodontal disease and oral bacteria may accelerate brain aging through inflammatory pathways.
Comprehensive review reveals how oral bacteria shift with age and link to frailty, offering new targets for healthy aging interventions.
New proteomic aging clocks reveal how different organs age at different rates and predict cognitive decline risk.
New research reveals how disrupted circadian rhythms in mesenchymal cells drive age-related jaw joint degeneration through lipid metabolism changes.
Structured exercise training can rejuvenate DNA methylation patterns and slow biological aging, with effects varying by individual baseline age.
New research shows DNA methylation patterns can predict biological aging in joints, offering potential biomarkers for osteoarthritis progression.
New research reveals how adropin hormone expression reflects daily rhythms and metabolic processes across human tissues.
Large-scale study reveals depression speeds cellular aging by 1-2 years, with strongest effects on brain tissue and reversible patterns.
Researchers develop comprehensive aging assessment tool that outperforms frailty index by tracking disease severity across 13 organ systems.
Study reveals how cardiorespiratory fitness influences epigenetic aging in organ-specific ways using genetically diverse rat models.
Researchers developed imaging-based biological age clocks for seven organs that predict disease and mortality with 82% accuracy for dementia.
