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27 results for "stem cells"
Researchers at UC Irvine discovered how muscle stem cells pause and redirect energy to repair damage before rebuilding, a breakthrough that could help combat muscle loss from aging, injury, and weight-loss drugs. The finding reveals a precise metabolic timing mechanism that might be influenced to speed recovery.
A groundbreaking stem cell treatment helped frail older adults walk significantly farther, offering the first biological therapy for a condition that affects 1 in 4 people over 65. The single infusion improved mobility without serious side effects, opening new doors for aging well.
A revolutionary stem cell treatment helped babies with severe spina bifida avoid wheelchairs and hit major milestones. Four-year-old Toby is now walking, running, and jumping after receiving the groundbreaking patch before birth.
Japanese scientists identified a "third cell" that completes the hair regrowth puzzle, bringing hope to millions facing hair loss. The breakthrough could replace drugs that only slow thinning with therapies that regenerate follicles.
Doctors are implanting specially engineered stem cells directly into the brains of Parkinson's patients, hoping to restore dopamine production and reverse the disease's devastating symptoms. The breakthrough trial could transform treatment for over one million Americans living with the progressive disorder.
Two groundbreaking treatments using stem cells just moved closer to helping heart disease and Parkinson's patients in Japan. If final approval comes through, they'll be the first products of their kind anywhere in the world.
Researchers at the University of Oslo have found a way to halt cancer stem cells in acute myeloid leukemia by targeting a molecule previously thought to worsen the disease. The breakthrough could lead to personalized treatments that stop cancer before it spreads.
Scientists in France successfully rebuilt human cartilage in the lab using decellularized apples as scaffolding. This breakthrough could transform how doctors repair damaged joints, noses, and ears while reducing the need for donor tissue.
Scientists in China have discovered how to turn a single stem cell into 14 million powerful cancer fighters, potentially making lifesaving treatment available to thousands more patients. The breakthrough slashes costs and could transform how we treat leukemia and other cancers.
Doctors are testing a groundbreaking treatment that implants lab-grown stem cells into the brain to restore dopamine production in people with Parkinson's disease. If successful, the approach could slow disease progression and rebuild motor function for over one million Americans living with the condition.
Scientists are testing a groundbreaking treatment that implants lab-engineered stem cells into the brain to rebuild dopamine production in Parkinson's patients. If successful, the therapy could restore motor function and slow disease progression for over one million Americans living with the condition.
Scientists in Singapore have identified a protein that can restore aging brain cells' ability to regenerate, potentially protecting memory and learning as we grow older. The breakthrough could lead to treatments that slow or reverse cognitive decline.
Scientists have found that stem cells from umbilical cords could help repair brain damage in babies born too early, offering hope where no treatments currently exist. After six years of research, the breakthrough is now ready for human trials.
A groundbreaking trial is testing whether lab-grown stem cells implanted in the brain can replace damaged cells and restore dopamine production in Parkinson's patients. If successful, the therapy could slow disease progression and give more than a million Americans their mobility back.
Doctors at USC are implanting lab-grown stem cells into the brains of Parkinson's patients to restore dopamine production and potentially reverse symptoms. The therapy could offer hope to over one million Americans living with this progressive disease.
Scientists at Johns Hopkins created a "pain sponge" from stem cells that blocks pain signals before they reach the brain. Early tests in mice show it both relieves osteoarthritis pain and helps repair damaged joints.
Scientists in Japan discovered the precise drug combination that allows lab-grown heart cells to survive transplant without rejection in primates. The findings bring life-saving regenerative medicine closer to reality for millions suffering from severe heart failure.
A woman's lung nearly doubled in size after cancer surgery, proving organs scientists thought were fixed can actually regenerate. The discovery could reverse incurable diseases affecting millions worldwide.
Researchers have created the most detailed brain organoid yet, complete with a blood vessel system that mirrors the real human brain. This breakthrough could unlock new understanding of autism, schizophrenia, and dementia.
Researchers have successfully grown specialized brain cells that die in ALS and get damaged in spinal injuries, opening new doors for treatment. For the first time, scientists can reliably create these rare corticospinal neurons in the lab.
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