This article explores sEH inhibitors as a novel approach to reduce chronic inflammation without impairing immunity, based on 2023 research from sources like ‘Aging Cell’ and industry repor...
Stanford Medicine study finds inhibiting 15-PGDH enzyme regenerates cartilage in aged mice, offering a non-invasive osteoarthritis treatment that could reduce joint replacements and improve life quali...
Recent advances in mRNA technology for cancer vaccines show promise with improved stability, targeted delivery, and AI-driven antigen design, transforming immunotherapy approaches. Cutting-edge mRNA v...
This article explores how senotherapeutics target senescent cells in the brain to reduce neuroinflammation and improve cognition, based on recent preclinical studies and emerging clinical trials. Emer...
A study using mRNA technology to produce thymic proteins in the liver boosts T-cell production in aged mice, highlighting potential for aging-related immune decline treatments. Researchers have develo...
Recent phase 2b trials show stem cell-derived patches significantly improve vision in dry AMD patients, with 40% achieving notable gains, marking a leap in regenerative ophthalmology. Breakthrough ste...
Recent studies reveal GDF3’s role in driving inflammation in aging fat tissue, with new therapies targeting the SMAD2/3 axis showing promise for improving metabolic health and extending healthsp...
A 2025 study shows CEMIP blocks remyelination by producing hyaluronan fragments, linking multiple sclerosis to cognitive aging and opening new therapy avenues for brain health. Recent research uncover...
MoS2 nanoflowers boost mitochondrial biogenesis in mesenchymal stem cells, improving treatment for age-related diseases without genetic engineering, based on a 2023 Advanced Materials study. New resea...
Recent breakthroughs in cancer therapy, including Leo Cancer Care’s proton chair and Moderna’s mRNA vaccines, reduce side effects and improve survival, empowering patients with early detec...
