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15147 results for "brain-gut connection"
Scientists at the University of Victoria discovered that a single injection of a protein called Reelin can repair leaky gut and produce antidepressant effects in early studies. The breakthrough could lead to treatments that heal both digestive and mental health through the gut-brain connection.
Scientists discovered that difficult childhoods can rewire the brain-gut connection, causing digestive issues decades later. The breakthrough could transform how doctors treat stomach problems.
Scientists reversed brain aging in older mice using gut microbiome transplants from younger animals. The breakthrough suggests new possibilities for treating conditions like lazy eye that doctors once thought only fixable in childhood.
Scientists discovered that intermittent fasting doesn't just help people lose weight—it triggers coordinated changes in gut bacteria and brain activity that reduce cravings and strengthen willpower. This breakthrough reveals why some diets work better than others.
A Bengaluru biotech company is transforming discarded coffee husks into a prebiotic fiber that may protect brain health through gut bacteria. The science-backed innovation tackles farm waste while advancing research into the powerful gut-brain connection.
Scientists discovered how Parkinson's travels from the gut to the brain through immune cells, opening the door to catching the disease decades before symptoms appear. In mice, reducing these immune cells stopped the toxic proteins from spreading and improved movement problems.
Austrian researchers discovered baby brains start life packed with extra neural connections that get pruned away as we grow, flipping the old "blank slate" theory on its head. This sculptor-like trimming process might explain how we learn so quickly.
A man with ALS is using a brain implant at home to communicate at 56 words per minute, keeping his job and staying connected to loved ones. It's the longest-running test of speech technology for paralysis patients outside a lab.
Your gut might be smarter than you think. Researchers discovered a hidden communication system between your gut and brain that shifts cravings from sugar to protein when your body needs it most.
Years of relentless fundraising by an Australian family living with neurofibromatosis has led to a breakthrough discovery that could transform treatment into something as simple as diet changes or probiotics. Melbourne researchers found crucial gut bacteria differences in NF1 patients, opening doors to affordable therapies for cognitive and behavioral symptoms.
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 at the University of Victoria discovered that a single injection of a protein called Reelin can repair leaky gut and produce antidepressant effects in early studies. The breakthrough could lead to treatments that heal both gut and brain health simultaneously.
Scientists discovered that certain gut bacteria can help protect babies from autism and ADHD, even when they carry genetic risk factors. The finding could lead to simple probiotic treatments that support healthy brain development starting in infancy.
A groundbreaking Chinese study involving 1,200 people has discovered concrete connections between gut bacteria and psychiatric disorders, potentially revolutionizing how doctors diagnose and treat conditions like depression and schizophrenia. The research reveals that changes in gut microbiome directly correlate with symptom severity and cognitive performance.
Researchers have developed a breakthrough method that maps brain connections faster and more accurately than ever before, revealing hidden links between neurons that could transform how we detect and treat diseases like Alzheimer's. The technique turns brain mapping into a simple sequencing task.
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.
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.
Researchers at UC San Francisco discovered a protein called FTL1 that drives brain aging and memory loss. When they reduced it in older mice, lost brain connections grew back and memory improved.
Your brain holds millions of dormant connections waiting to help you learn new things without erasing old memories. MIT scientists discovered these "silent synapses" make up 30% of the adult brain, solving a puzzle about how we keep learning throughout life.
Scientists discovered that targeting a specific gut bacterium reversed age-related memory loss in mice, performing as well as young animals. If the gut-brain circuit works the same way in humans, this breakthrough could lead to simple therapies that restore cognitive function.
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