Epigenetic Breakthroughs: Silencing Chronic Pain Signals
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...
Biohacking
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Groundbreaking Xenotransplant: Pig Liver Saves Human Life
Chinese scientists announced the worldâs 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...
Tiny Vesicles Revive Damaged Heart Tissue in Mice
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...
X Chromosome Breakthrough: Unlocking Cognitive Potential
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...
Breakthrough: Cellular Aging’s Unexpected Brake
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...
Rejuvenation Roundup: Breakthrough Wellness Insights
It’s April Fool’s Day, but until we prevent our bodies from gradually deteriorating, the joke will always be on us. Here’s a no-fooling list of what’s been done to fight...
Breakthrough Targets Spinal Disc Repair Mechanism
Researchers have found a new avenue for approaching spinal disc degeneration and published their work in Aging Cell. A very common problem Back problems in […]
Heat’s Hidden Toll: Aging Acceleration Revealed
A recent study reported significant associations between increased heat days and accelerated epigenetic aging [1]. Heat alters DNA While warm summer days on […]
Breakthrough Drug Shows Promise Against Alzheimer’s Progression
According to an open-label study from Washington University in St. Louis, the anti-amyloid drug gantenerumab reduced the risk of developing familial Alzheimerâs disease in a subgroup of participants [1]. Is...
Breakthrough: New Hope Against Alzheimer’s Progression
According to an open-label study from Washington University in St. Louis, the anti-amyloid drug gantenerumab reduced the risk of developing familial Alzheimerâs […]
