Agenda explores diagnostics, age reversal and preventative therapeutics as global leaders in science, tech and investment this June. Co-hosted by … Continue reading "Founders Longevity Forum reveals 2025 London agenda"...
A new paper published in the Nature journal Bone Research has found that reprogramming the epigenetics of spinal disc cells reduces senescence and alleviates pain in a rat model. The...
Nicola Marino, Director of AEON Foundation, on the need for unified aging biomarker protocols and standards. Milan reaffirmed its status … Continue reading "Milan Longevity Summit 2025: Progress towards standardization"...
Clinical trial met all key endpoints, demonstrating ‘statistically significant’ benefits across cognitive, functional and behavioral domains. A new paper published … Continue reading "Neuromodulation system reduces Alzheimer’s disease progression by...
Chinese scientists announced the world’s first successful transplantation of a genetically modified pig liver into a brain-dead patient. This represents an important step towards routinely using pig organs to save...
Junevity founder explains how developments in siRNA therapeutics are enabling new ways to return cells to healthier states. Earlier this … Continue reading "Does gene silencing technology hold the key...
Publishing in Stem Cell Research & Therapy, researchers have found that small extracellular vesicles (sEVs) derived from young mice alleviate heart dysfunction in older mice. Reaffirming an approach These researchers...
Company demonstrates treatment with intravenous fibroblasts can facilitate remyelination in the brains of mice. Regenerative medicine biotech FibroBiologics is claiming … Continue reading "FibroBiologics hails brain tissue repair breakthrough" The...
Using a mouse model, researchers from UCSF have found that the genes that become activated on the silent X chromosome might explain some sex-dependent differences in cognitive abilities during aging...
Working with flies, mice, and human cells, scientists have demonstrated that a highly conserved protein can modulate cellular senescence, potentially opening a new avenue for future therapies [1]. DNA damage...
