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4565 results for "brain imaging"
Scientists in Berlin have created a lightweight MRI antenna that captures crystal-clear images of the eye and brain, potentially making scans faster and more comfortable for patients. The device works with existing hospital equipment, meaning hospitals won't need expensive upgrades to use it.
MIT scientists discovered that cranking up laser power creates a self-organizing beam that captures brain images 25 times faster than current methods. This breakthrough could help researchers quickly test whether Alzheimer's and ALS drugs actually reach brain cells.
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 discovered chaotic laser light can organize itself into a precision beam that images the blood-brain barrier 25 times faster than current methods. The breakthrough could accelerate treatments for Alzheimer's, ALS, and other neurological diseases.
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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.
Stanford researchers used brain imaging to identify two biological subtypes of migraine headaches, a breakthrough that could end the guesswork in treating one of the world's leading causes of disability. The discovery may help millions of patients get the right treatment from day one.
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 in Melbourne discovered a specific brain circuit that explains why common PTSD treatments work brilliantly for some patients but fall short for others. The breakthrough could help millions get therapy that actually matches their brain's needs.
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.
Reading doesn't just teach you to decode words on a page. A new brain imaging study reveals it fundamentally changes how your brain processes all sounds, even in languages you've never heard before.
Scientists analyzed over 500 brain scans and discovered that five different psychedelic drugs create remarkably similar patterns of brain activity. This breakthrough could speed up the development of new mental health treatments for depression, anxiety, and addiction.
Researchers have uncovered a surprising truth about imagination: your brain creates mental images by quieting neurons, not firing them up. This breakthrough flips decades of neuroscience on its head.
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.
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.
Researchers discovered a previously unknown drainage pathway in the human brain that clears waste, offering new hope for treating Alzheimer's and brain injuries. Using MRI technology from NASA spaceflight research, they watched in real time as the brain's cleanup crew went to work.
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.
Researchers discovered a drainage network inside protective brain layers that slowly removes waste, changing how we understand brain health. This breakthrough could lead to better treatments for Alzheimer's and other brain disorders.
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.
Scientists are using tiny lab-grown brain models called organoids to solve mysteries about how our incredible brains develop. These breakthrough tools could lead to new treatments for autism, schizophrenia, and other brain conditions.
Scientists can now track what's happening inside a living brain using just a blood test. This breakthrough could revolutionize how we monitor and treat brain diseases.
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