Biological age reversal, epigenetic clocks, senolytics, and anti-aging interventions
667 articles
Scientists discover a circular RNA that reactivates telomerase enzyme, extending telomeres and reversing aging markers in cells and tissues.
New research reveals some cancer-associated POT1 mutations don't just break telomere protection—they actively promote excessive telomere growth.
Machine learning analysis reveals aging-related genetic markers that could enable early diagnosis of osteoarthritis in people with metabolic syndrome.
Large language models outperformed telomere length and epigenetic clocks in predicting aging and mortality risk across 10+ million people.
Study reveals how pulsed electromagnetic fields stimulate nerve-bone communication to combat age-related osteoporosis in male mice.
New research reveals how GDF11 protein shields sebaceous glands from UV-induced aging by regulating ferroptosis cell death.
Review reveals how Klotho protein protects against periodontitis, oral cancer, and other mouth diseases through multiple cellular pathways.
Review reveals how αKlotho protein controls mineral metabolism and offers therapeutic potential for age-related diseases.
Scientists develop method to map three types of brain molecules simultaneously, revealing metabolic changes in neurodegeneration.
First controlled study shows therapeutic plasma exchange safely reduces biological age markers across multiple molecular pathways.
Researchers discover apigenin, found in fruits and vegetables, blocks harmful senescent cell activity and improves aging outcomes in mice.
New review identifies critical computational challenges limiting the accuracy and interpretation of popular biological age clocks.
