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43 results for "brain research"
Scientists discovered that when you picture something in your mind's eye, your brain activates the exact same neurons used for actually seeing it. This breakthrough could help researchers restore sight to people with vision loss.
Scientists discovered that rhythmic sound meditation quiets brain activity while making people feel more awake. The finding challenges everything we thought we knew about relaxation and mental clarity.
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.
Researchers in Italy built tiny 3D brain models to test treatments for a childhood brain tumor, bringing hope for safer and more effective therapies. The breakthrough lets scientists study the disease more accurately than ever before.
Researchers have identified the exact mechanism that kills brain cells responsible for memory and thinking in multiple sclerosis patients. The breakthrough discovery opens a completely new path for protecting cognitive function in people living with MS.
Scientists at the University of Auckland discovered that a tiny breathing control center in the brainstem may be secretly driving high blood pressure. When they turned it off in experiments, blood pressure dropped to normal levels.
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.
Researchers discovered how acetylcholine helps mice shift behavior when rewards disappear, offering hope for treating addiction and OCD. The breakthrough reveals why some brains struggle to break harmful patterns.
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.
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 discovered our brains stay engaged with stories even in noisy environments, a breakthrough that could revolutionize hearing aids and make public spaces more accessible for millions.
Scientists at University College London successfully reconstructed 10-second videos by reading mouse brain activity alone, opening new windows into how brains process what we see. The breakthrough could help us understand how different species perceive the world around them.
A groundbreaking study shows that people who use creative shortcuts instead of traditional methods excel at complex problem-solving. The best news? These skills can be learned at any age.
UCLA researchers discovered that the same brain circuits that drive mice to care for their babies also motivate them to comfort distressed adults. This breakthrough could unlock new treatments for conditions affecting social connection.
A groundbreaking Spanish study reveals pregnancy changes brain structure in positive ways, reshaping grey matter to help moms bond with and care for their babies. The findings flip the script on "baby brain," showing these changes represent specialized rewiring, not decline.
New brain scan research on over 1,100 children reveals ADHD may have three distinct subtypes, opening doors to personalized treatment. This discovery could help millions get more targeted support based on their unique brain patterns.
Researchers have released the world's first open dataset combining two brain imaging methods that track stroke recovery, allowing scientists everywhere to develop better rehabilitation tools. The free data could help millions of stroke survivors regain movement faster.
Researchers created a pocket-sized AI model that works like a living brain, using just 10,000 variables instead of 60 million. The breakthrough could lead to smarter, more efficient technology while helping scientists unlock mysteries of human vision.
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.
Scientists used a precise gene-editing tool to fix a rare brain disorder in mice, reversing learning problems and behavioral issues after birth. The breakthrough suggests that genetic brain damage might not be permanent, offering new hope for treating neurodevelopmental conditions.
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