Neuroscience

Peer-reviewed neuroscience studies, summarised in plain language and rated for how much weight each one can carry. Updated daily.

Brain immune cells drive several neurodegenerative diseases — Neuroscience
Depression involves multiple brain and body systems, not just one cause — Neuroscience
Oxidative stress drives damage in multiple brain diseases — Neuroscience
Chronic stress and cortisol dysregulation fuel neurodegeneration and mood disorders — Neuroscience
Brain inflammation drives common neurodegenerative diseases — Neuroscience
Astrocytes malfunction contributes to most brain and nervous system diseases — Neuroscience
Antioxidants may slow nerve cell damage in brain diseases — Neuroscience
Brain inflammation disrupts memory formation in depression — Neuroscience
A gut bacteria strain reduces colitis by triggering immune tolerance — Neuroscience
AI systems using brain data improve personalized learning for students — Neuroscience
Senescent brain cells trigger aging and Alzheimer's through lactic acid buildup — Neuroscience
Gut bacteria linked to inflammatory depression and its treatment — Neuroscience
Drug use during adolescence causes long-lasting brain changes — Neuroscience
Gut bacteria influence tryptophan breakdown and affect immunity and cancer — Neuroscience
Inflammation plays a role in depression and may respond to anti-inflammatory treatments — Neuroscience
TSPO brain scan signals mean activation in mice but just cell density in humans — Neuroscience
Gene therapy restores hearing in children with OTOFERLIN mutations — Neuroscience
Disrupted body clocks damage metabolism through gene expression changes — Neuroscience
Blood-brain barrier breakdown drives multiple neurodegenerative diseases — Neuroscience
Data leakage artificially inflates brain-behavior prediction accuracy — Neuroscience
NF-κB protein drives inflammation in the brain through immune cells — Neuroscience
Body's daily rhythms control immune cells and influence cancer growth — Neuroscience
Human and mouse immune brain cells reprogram metabolism differently when inflamed — Neuroscience
Robots gain sensitive touch to handle fragile household items safely — Neuroscience
Online study participants differ in attention and focus by platform — Neuroscience
Random brain activity shapes the broadband pattern seen in EEGs — Neuroscience
Depression and bipolar disorder show distinct immune system patterns — Neuroscience
Melatonin helps rice plants survive salt and drought stress — Neuroscience
Smart gloves transfer touch sensations using embroidered sensors — Neuroscience
Four approaches show promise against brain inflammation in neurodegenerative diseases — Neuroscience
Aging brain cells may trigger Alzheimer's and Parkinson's diseases — Neuroscience
Two cellular signaling pathways control inflammation after spinal cord injury — Neuroscience
Imbalanced gut bacteria trigger depression through brain immune changes — Neuroscience
Melatonin relieves depression and memory problems by fixing sleep cycles in mice — Neuroscience
Non-invasive methods for getting drugs across the blood-brain barrier — Neuroscience
Brain inflammation appears linked to depression symptoms — Neuroscience
Bacterial toxins may drive Alzheimer's disease through inflammation — Neuroscience
Machine learning models detect Parkinson's disease from voice recordings — Neuroscience
Brain support cells control metabolism linked to neurological disease — Neuroscience
Stress hormones and gut bacteria both influence depression — Neuroscience
Blocking a calcium channel in brain cells prevents depression-like behavior — Neuroscience
Autism diagnosis and treatment: current knowledge and future directions — Neuroscience
Brain plaque and small vessel disease both disrupt brain's waste-clearing system — Neuroscience
Implantable sensors face major hurdles to clinical adoption — Neuroscience
Brain immune cells' inflammatory states shape Alzheimer's disease progression — Neuroscience
Stroke activates two distinct types of brain immune cells with opposite effects — Neuroscience
Injectable gel helps damaged nerves heal and regain function — Neuroscience
NF-κB pathway inhibition might help treat Alzheimer's disease — Neuroscience
Stress disruption explains substance addiction and relapse risk — Neuroscience
Exercise boosts a brain growth protein through three pathways — Neuroscience
Astrocytes control how the blood-brain barrier forms and works — Neuroscience
Exercise helps reset the body's internal clock and may prevent disease — Neuroscience
Brain areas do not rewire after injury or sensory loss — Neuroscience
Lactate buildup worsens stroke brain damage in mice — Neuroscience
Virtual reality and brain interfaces may retrain the brain after injury — Neuroscience
Brain immune cells interact with the blood-brain barrier — Neuroscience
Microglia drive early Alzheimer's plaques but protect against later damage — Neuroscience
Near-infrared light improved memory and reduced Alzheimer's pathology in mice — Neuroscience
Aging shrinks brain blood vessels and reduces oxygen delivery — Neuroscience
Autism diagnoses in the US nearly tripled between 2011 and 2022 — Neuroscience