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2780 results for "brain circuits"
Scientists discovered a brain circuit that drives chronic pain independently from normal pain signals, opening the door to treatments that could help 60 million Americans without blocking protective pain responses. The breakthrough may finally separate relief from risk.
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Spanish researchers identified a specific group of neurons in the brain's emotional center that can switch anxiety on and off. Even better, they successfully reversed anxiety and social withdrawal in mice by restoring balance to this circuit.
Researchers have engineered the first artificial electrical connection that can strengthen specific brain circuits, opening doors to treatments for neurological conditions. This breakthrough lets scientists precisely edit how brain cells communicate without affecting surrounding tissue.
Scientists at UC Berkeley have mapped the exact brain circuits that release growth hormone during deep sleep, revealing how rest directly rebuilds your body and sharpens your mind. This breakthrough could lead to new treatments for sleep disorders, diabetes, and brain diseases.
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.
Researchers created BioConNet, a programmable system that grows human brain-like neural circuits in a lab dish, opening new paths to understand and treat dementia and ALS. They're sharing the blueprints free with the world.
Researchers in India discovered how the brain uses stress to naturally suppress itching, opening doors to better treatments for millions suffering from chronic itch. The breakthrough reveals a specific neural circuit that could transform how we treat conditions like psoriasis.
Scientists discovered a brain circuit that drives chronic pain separately from protective acute pain, opening the door to treatments that could help 60 million Americans without dulling their danger responses. When researchers silenced this circuit in mice, chronic pain disappeared while normal pain signals stayed intact.
Researchers have engineered a molecular tool that can strengthen connections between specific brain cells, opening new possibilities for treating neurological conditions. The breakthrough could one day help restore lost functions in patients with brain injuries or diseases.
Scientists have discovered the exact brain pathway that decides whether new experiences get filed separately or merged together—and they can control it in both directions. The breakthrough could lead to new treatments for schizophrenia and bipolar disorder, where memories blend together incorrectly.
Scientists discovered that building physical endurance isn't just about muscles. Your brain might be training right alongside your body.
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.
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.
Scientists are discovering how anorexia changes the brain's reward and emotion circuits, opening doors to promising new treatments. After decades of limited options, breakthrough therapies like brain stimulation could help the third of patients who don't recover with current care.
Scientists are discovering how anorexia changes brain circuits, opening doors to breakthrough treatments that could help the one-third of patients who don't recover with current therapy. New research shows these brain changes may be reversible with proper nutrition.
Researchers successfully transferred a complete fruit fly brain into a virtual world where it controls a digital body using its own neural circuits. This breakthrough marks the first time a whole-brain emulation has produced multiple natural behaviors in a simulated environment.
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.
Researchers at Duke University developed a precision tool that creates new electrical pathways between specific neurons, offering hope for treating brain disorders caused by damaged circuits. The technology successfully changed behavior in lab tests and could one day replace long-term medications.
Georgetown scientists discovered that extensive practice literally reshapes your brain, moving learned skills into different circuits and freeing you up to genuinely do two things at once. The breakthrough challenges decades of thinking about human limitations and could revolutionize how we understand learning.
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