Probiotics Show Promise for Alzheimer's by Restoring Gut-Brain Communication
New study reveals gut microbiome disruption in Alzheimer's patients and shows 12-week probiotic treatment reduces inflammation.
20 articles
New study reveals gut microbiome disruption in Alzheimer's patients and shows 12-week probiotic treatment reduces inflammation.
Multi-omics study reveals how altered gut microbiome in autistic children produces specific proteins and metabolites that cross the blood-brain barrier.
A spatial proteomics platform profiled 700,000+ brain cells, identifying a microglial subset that clusters around amyloid-ฮฒ plaques in Alzheimer's disease.
New review reveals how gut microbiome disruption triggers neuroinflammation and accelerates Alzheimer's disease progression.
Scientists identify a rogue immune cell population fueling multiple sclerosis progression โ and a promising drug target to stop it.
A gut microbe converts a common pollutant into an inflammation trigger linked to depression, revealing a new molecular pathway.
Comprehensive review reveals how gut microbiome imbalances contribute to brain disorders and identifies promising intervention strategies.
Scientists discover harmful bacterial sugars in the gut trigger immune attacks that damage the brain in ALS and dementia patients.
New research explores how a specific probiotic strain could combat depression by modulating the gut-brain axis through neurotransmitter production.
Common respiratory bacterium persists in retinas and brains, triggering inflammation and amyloid buildup linked to cognitive decline.
Gut metabolite urolithin A dramatically reduced anxiety in rodent models by fixing mitochondrial dysfunction in brain reward circuits.
Large-scale genetic analysis reveals specific microbes linked to brain regions controlling mood and cognition.
Indole compounds from gut microbes reduce meth-induced depression and anxiety through brain receptor signaling.
A lab study finds ACU193 binds less to brain blood vessels than lecanemab, potentially explaining differences in ARIA side effect risk.
New study shows L. acidophilus probiotic improves cognitive recovery after stroke by reprogramming brain immune cells through gut-brain pathway.
AI analysis of gut microbiome data identifies specific bacterial changes in major depression, pointing to new biomarkers.
New review reveals how gum disease and tooth loss worsen Alzheimer's while cognitive decline destroys oral health in vicious cycle.
Microglia package healthy mitochondria into vesicles and deliver them to astrocytes, sharply reducing cognitive decline in tau-pathology mice.
Probiotics and related gut health interventions may help prevent Alzheimer's by targeting the gut-brain connection.
New review reveals how gut microbes trigger Alzheimer's, Parkinson's, and other brain diseases via inflammation and toxic metabolites.