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253 results for "nmda receptors"
German and Chinese researchers identified a cell receptor that strengthens bones in mice, potentially offering the first way to reverse osteoporosis rather than just slow it. The breakthrough could transform treatment for millions living with weakened bones.
Researchers discovered that smell receptors in the mouse nose aren't randomly scattered but organized into over a thousand precise stripes. This breakthrough could help us understand human smell loss and develop new treatments.
Scientists at Harvard Medical School created the first complete map of smell receptors in the nose, solving a mystery that has puzzled researchers for decades. The breakthrough could lead to new treatments for millions who lost their sense of smell to COVID-19 and other conditions.
Scientists have discovered a promising new approach to treating autism by targeting a specific brain protein that restores normal neural activity. The therapy worked in both mouse models and human brain organoids, offering hope for millions.
Cambridge scientists discovered why opposite approaches to the same brain receptor both trigger weight loss. The breakthrough could lead to more powerful obesity treatments with fewer side effects.
German researchers discovered a receptor that could reverse bone loss in millions of osteoporosis patients. The compound strengthens both bones and muscles in aging adults.
Texas A&M researchers discovered exactly how coffee compounds interact with cells to protect against aging and disease. The secret lies in a cellular receptor that responds to stress and helps your body recover.
Harvard researchers just cracked one of biology's biggest mysteries by discovering smell receptors in the nose form organized stripes, not random clusters. This breakthrough could finally lead to treatments for people who've lost their sense of smell.
Scientists at Stanford Medicine discovered blocking a single immune receptor helped old mice stay leaner, stronger, and sharper across multiple organs. The breakthrough could lead to treatments that extend healthy years in humans.
Scientists just overturned 30 years of textbook science about how noses work, creating the first detailed "smell maps" that show receptors are precisely organized, not random. The discovery could revolutionize our understanding of the sense of smell across all mammals.
German researchers strengthened weak bones in mice using a compound that activates a natural receptor, opening new paths to fight osteoporosis. The same treatment also builds muscle, offering hope for aging adults who need both.
Researchers have created the first detailed maps showing exactly how mouse noses are organized to detect smells, overturning 30 years of scientific teaching. The discovery reveals that smell receptors arrange themselves in precise horizontal stripes, not randomly as previously believed.
University of Queensland researchers have developed a breakthrough drug that could transform Motor Neurone Disease from a terminal diagnosis into a manageable chronic condition within five years. The discovery unlocks a previously untargetable immune receptor that plays a key role in neurodegenerative diseases.
Researchers discovered how to lower dangerous cholesterol without relying on damaged receptors, offering hope to 1 in 200 adults with a common genetic disorder. The breakthrough uses human liver cells to test compounds that stop cholesterol particles from forming in the first place.
Australian researchers have discovered how to target a previously mysterious immune receptor, potentially transforming Motor Neurone Disease from a terminal diagnosis into a manageable chronic condition within five years.
Researchers discovered a receptor that could rebuild weakened bones in people with osteoporosis, not just slow the disease. Early tests show the treatment dramatically strengthened bones in mice, offering hope for millions suffering painful fractures.
Dutch researchers discovered a receptor that appears elevated in brains of people with severe suicidal thoughts and may decrease when they recover. The finding could lead to new ways to identify and help people in crisis.
Researchers at the University of Queensland have developed a breakthrough drug that could lead to new treatments for Motor Neurone Disease and other conditions like Parkinson's and Alzheimer's. The molecule successfully targets a previously hard-to-reach immune receptor, opening doors to safer anti-inflammatory therapies.
The brain itself has no pain receptors, making many brain surgeries surprisingly comfortable. Doctors can even perform procedures while patients stay awake to protect critical functions.
Scientists in China discovered a new way to clear toxic proteins from the brain by targeting a lung receptor, improving memory and learning in mice with Alzheimer's disease. The approach tackles multiple causes of the disease at once, offering fresh hope beyond existing treatments.
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