Scientists Revive Mouse Brains After Deep Freeze
German researchers successfully restored brain function in mouse tissue after freezing it at -320°F for up to a week. The breakthrough could one day protect injured brains and preserve donor organs.
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6204 results for "brain preservation"
New Brain Gene Therapy Bypasses Blood-Brain Barrier
Scientists at University of Rochester developed a gene therapy that uses the brain's natural cleaning system to deliver treatments throughout the brain, avoiding one of medicine's toughest obstacles. The breakthrough could transform treatment for multiple sclerosis, Huntington's disease, and rare childhood brain disorders.
Brain Models That Compete Work More Like Real Brains
Scientists discovered that digital brain models work better when brain regions compete for resources, just like in real life. This breakthrough could revolutionize personalized medicine and help more treatments succeed in human trials.
Scientists Unlock Blood-Brain Barrier for Brain Disease Cures
International researchers discovered how to engineer tiny medicine carriers that trick the body's own blood proteins into safely delivering drugs past the brain's protective barrier. This breakthrough could transform treatment for Alzheimer's, Parkinson's, and deadly brain cancers.
Scientists Restore Activity in Frozen Mouse Brains
German researchers successfully froze and thawed mouse brains while preserving their ability to form memories and fire neurons. This breakthrough brings science one step closer to protecting human brains during injury and disease.
Scientists Freeze and Revive Mouse Brains With Function Intact
German researchers successfully froze mouse brains, stored them for up to a week, then thawed them with neurons firing and memory pathways working. The breakthrough brings science fiction closer to reality and could one day help preserve brains during injury or disease.
Scientists Boost Brain Protein to Fight Alzheimer's
Researchers discovered how to activate the brain's natural cleanup system to remove Alzheimer's plaques and preserve memory in mice. By boosting a single protein in support cells, they helped brains defend themselves against the disease.
Scientists Rewake Dead Brain Tissue in Medical First
German researchers successfully revived frozen mouse brain tissue after up to a week in storage, restoring memory and thought functions. The breakthrough could revolutionize organ transplants and emergency brain injury treatment.
High Schooler Leads Lab Creating Jell-O Brains for TBI
A Virginia high school senior is first author on groundbreaking research using hydrogel "brain phantoms" to measure traumatic brain injury forces without animal testing. The lab's artificial rat brains, made from materials similar to Jell-O, could revolutionize how researchers study concussions and brain trauma.
Scientists Find Brain Switch That Could Reverse Alzheimer's
Researchers discovered a deadly protein pairing that kills brain cells in Alzheimer's patients and created a drug that stops it. The treatment preserved memory and learning in mice while reducing toxic brain deposits.
Brain Protein Removes Alzheimer's Plaques in Mice
Scientists at Baylor College of Medicine discovered how to activate the brain's own cleaning crew to fight Alzheimer's disease. By boosting a single protein, they helped mice with memory problems clear harmful plaques and preserve brain function.
USC Scientists Find Brain Drug to Fight Alzheimer's
Researchers at the University of Southern California have created compounds that could calm brain inflammation tied to Alzheimer's disease while preserving normal brain function. The breakthrough targets a specific enzyme elevated in people with the APOE4 gene, the strongest genetic risk factor for the disease.
Brain Injury Patients Fall in Love During Recovery
A high school football player collapsed on the sideline and fell into a coma with a traumatic brain injury. He met another brain injury patient during treatment, and now they're engaged to be married. #
Scientists Map How Pregnancy Transforms the Brain
For the first time, researchers have tracked how a mother's brain rewires itself during pregnancy, revealing widespread changes in nearly every brain region. The groundbreaking Maternal Brain Project is finally studying what happens to women's brains during motherhood, a topic science has largely ignored until now.
Teen Brain Injury Survivor Now Helps Thousands in Kansas
Laura Moore was thrown from a four-wheeler at 16, suffering severe brain damage that doctors struggled to stabilize. Twenty-three years later, she's thriving and leading Kansas's charge to support brain injury survivors.
Scientists Find New Alzheimer's Target That Shields Brain
Researchers discovered an enzyme called IDOL that, when removed from brain neurons, dramatically reduced Alzheimer's plaques and improved brain resilience. The breakthrough could lead to treatments that not only clear damaging proteins but actually help protect the brain from decline.
Brain's Cleanup Cells Reverse Alzheimer's in Mice
Scientists boosted a protein in mice with Alzheimer's symptoms and watched their brains start cleaning themselves. The approach cleared toxic plaques and preserved memory, offering hope for the millions facing cognitive decline.
Brain Immune Cells May Hold Key to Alzheimer's Resilience
Scientists discovered why some people with Alzheimer's brain changes never develop dementia, pointing to a crucial shift in the brain's immune cells. The breakthrough could lead to treatments that boost the brain's natural defenses instead of just removing plaques.
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Pregnancy Rewires Mothers' Brains for the Better
New brain imaging studies reveal pregnancy doesn't cause "mommy brain" decline—it triggers profound neural rewiring that enhances bonding, emotional intelligence, and may even make brains younger. Scientists say the transformation is as significant as adolescence.
Brain Adapts: Misplaced Neurons Still Work Perfectly
Scientists discovered that neurons in the wrong place can take over essential brain functions, challenging everything we thought about how the brain works. This breakthrough could transform treatments for brain injuries and developmental disorders.
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