Aging Fat Tissue Drives Disease Risk But New Therapies Show Promise
Review reveals how adipose tissue changes with age affect metabolism and lifespan, plus potential interventions to combat aging.
Biological age reversal, epigenetic clocks, senolytics, and anti-aging interventions
667 articles
Review reveals how adipose tissue changes with age affect metabolism and lifespan, plus potential interventions to combat aging.
Scientists review promising therapies that eliminate or control senescent cells to promote healthier aging and prevent disease.
Engineered immune cells could revolutionize treatment of liver diseases, fibrosis, and age-related cellular damage.
Researchers outline comprehensive roadmap targeting age-related cardiovascular decline through emerging therapeutic approaches.
Study reveals how aging and nerve injury create inflammatory senescent neurons in dorsal root ganglia, potentially driving chronic pain in older adults.
Novel nanoparticle therapy targets sarcopenia by restoring mitochondrial function and enhancing muscle-immune cell communication.
Pomegranate metabolite urolithin A reduces harmful inflammatory signals from aging cells by preventing DNA leakage and blocking cGAS-STING pathway.
Gut metabolite preserves ovarian reserve by blocking harmful signaling pathways and preventing follicle death during cancer treatment.
Breakthrough study uses label-free Raman spectroscopy to track mitochondrial repair in real-time during acute liver failure treatment.
Gut metabolite urolithin A enhances mitochondrial quality control through calcium signaling, extending lifespan in worms and protecting human cells.
Four-week trial shows mitophagy inducer urolithin A expands youthful T cells and improves immune metabolism in healthy adults aged 45-70.
Groundbreaking multicenter trial will test rapamycin's ability to extend healthy lifespan in companion dogs, offering insights for human aging.