Biotech advancements in thymus regeneration, like TECregen’s therapies, show promise in rejuvenating immune function for aging populations, addressing delivery challenges and ethical considerati...
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 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 findings reveal that long-term MSC-EV treatment enhances cognitive function in aged rhesus monkeys by improving white matter integrity, offering a cost-effective alternative to stem cell therap...
Recent studies and FDA guidelines highlight breakthroughs in EV manufacturing, offering cell-free therapies for aging and diseases by overcoming yield and standardization hurdles. Advances in EV produ...
Recent studies show adipose-derived stem cells with β-tricalcium phosphate scaffolds boost bone regeneration, offering faster healing and lower costs for aging populations. A new therapy using stem c...
The shift from stem cell transplants to extracellular vesicles offers enhanced stability, easier storage, and scalable production, potentially improving treatment accessibility for conditions like Alz...
Extracellular vesicles from stem cells offer a safer alternative to transplants for Alzheimer’s and Parkinson’s, reducing neuroinflammation and promoting repair with promising preclinical ...
A 2024 pilot study reports 40% faster Achilles tendon healing with IV BPC-157, while regulators weigh accelerated approval against safety concerns over off-label use. New clinical data on intravenous ...
Emerging research on synthetic peptide BPC-157 shows tendon healing potential, but off-label use for gut and metabolic issues outpaces evidence, raising ethical concerns about peptide accessibility. A...
