Read the latest positive news, breakthroughs, and inspiring stories about stem cells, curated daily by BrightWire.
Researchers at MIT tracked over a million cells to create the first complete "movie" of how a mammal develops from a single fertilized egg. The breakthrough could help scientists understand birth defects and cancer.
German researchers have transformed blood cells from an 80-year-old into stem cells with the molecular age of someone under 20. The breakthrough could unlock new treatments for diseases like Alzheimer's.
Scientists created an AI that can decode the chemical messages cells use to organize into organs, potentially revolutionizing how we grow replacement tissues and study diseases. The breakthrough could help doctors create better treatments for lung disease, heart conditions, and more.
Researchers at Aarhus University successfully corrected a genetic defect causing immune disease directly in a patient's blood stem cells. The breakthrough brings hope to people with rare inherited disorders who have no other treatment options.
Scientists in Barcelona created an AI tool that can spot aging in blood stem cells by analyzing DNA structure, opening doors to treatments that could rejuvenate our immune systems. The team made their breakthrough tool free for researchers worldwide.
Researchers at Weill Cornell Medicine discovered a new cell type that helps build and regulate blood vessels in the heart, offering hope for future heart repair treatments. The breakthrough could one day help damaged hearts heal themselves after injury.
Researchers discovered a new type of cell that helps regulate blood vessel growth in the heart, potentially unlocking new ways to repair hearts after injury. The breakthrough could one day help heart attack survivors regrow healthy tissue instead of forming scars.
Scientists at the University of Zurich successfully used stem cell transplants to regenerate stroke-damaged brain tissue in mice, restoring their ability to move. The treatment not only created new neurons but also repaired blood vessels and reduced inflammation, bringing hope for future human stroke recovery.
A Stanford study reveals the human brain develops from two distinct starter cells, not one as believed for decades. The discovery could unlock new treatments for motor neuron diseases like ALS.
Your brain isn't one organ growing from a single source. Stanford researchers just proved it develops from two completely different cell systems working together, rewriting what we thought we knew about how brains form.
Scientists successfully integrated lab-grown human brain tissue with living mouse brains, creating a breakthrough that could revolutionize how we develop treatments for brain diseases. The human tissue grew to fill 92% of the mouse's cortex and actively communicated with its nervous system.
Scientists at Stanford University successfully grew human brain tissue inside mice, and the results were surprising. The human cells didn't just survive—they actually helped the mice think better.