Brain Injury News

• Pregnancy Hormone Repairs Myelin Damage in MS Mouse Model

• Poorly Insulated Nerve Cells Promote Alzheimer's Disease in Old Age

• New Tool May Help Spot 'invisible' Brain Damage in College Athletes

• New Chemical Compound Demonstrates Potential in Nerve Regeneration

• Brain Signatures for Chronic Pain Identified in a Small Group of Individuals

• Neuropathic Pain: The Underlying Mechanism and a Potential Therapeutic Target Are Revealed in Mice

• Almost Half of People With Concussion Still Show Symptoms of Brain Injury Six Months Later

• Lipid Molecules Help to Get Stroke Therapies Into the Brain

• Traumatic Brain Injury Interferes With Immune System Cells' Recycling Process in Brain Cells

• Researchers Discover Therapeutic Target to Aid in Glaucoma Treatment

• Fresh Understanding of Aging in the Brain Offers Hope for Treating Neurological Diseases
• Discovery of T Cells' Role in Alzheimer's, Related Diseases, Suggests New Treatment Strategy

• Age of First Exposure to Tackle Football and Years Played Associated With Less White Matter in Brain

• NFL Players Who Experienced Concussion Symptoms During Careers Show Reduced Cognitive Performance Decades After Retirement

• New Hydrogel Stem Cell Treatment Repairs Injured Brain Tissue in Mice

• Head Injuries Could Be a Risk Factor for Developing Brain Cancer
• Healing the Brain: Hydrogels Enable Neuronal Tissue Growth

• How the 'construction Site' Of Long Term Memory Gets Built in the Brain

• Human Brain Organoids Respond to Visual Stimuli When Transplanted Into Adult Rats

• Researcher Takes Another Step Toward Discovering How a Brain Molecule Could Halt MS

• Three or More Concussions Linked With Worse Brain Function in Later Life

• Pop-Up Electrode Device Could Help With 3D Mapping of the Brain

• How Huntington's Disease Affects Different Neurons
• Neuroscientists Identify a Small Molecule That Restores Visual Function After Optic Nerve Injury

• Little Brain Better Visualized With the Help of New Technology

• Gut Bacteria Affect Brain Health, Mouse Study Shows

• Blood-Based Markers May Reveal Alzheimer Disease Ten Years Before Symptoms Show

• Brain Area Necessary for Fluid Intelligence Identified

• Molecular Hydrogen as a New Strategy for the Treatment of Chronic Pain

• Cholesterol-Lowering Drugs Linked to Lower Risk of Bleeding Stroke

• Key Factors Identified for Regeneration of Brain Tissue

• New Target for Alzheimer's Therapies Found

• Study Yields Clues to Why Alzheimer's Disease Damages Certain Parts of the Brain

• How COVID-19 Causes Neurological Damage

• New Study Identifies Unique Type of Microglia Associated With Stroke in the I/R Injured Brain

• New Flexible, Steerable Device Placed in Live Brains by Minimally Invasive Robot

• Pain-Sensing Gut Neurons Protect Against Inflammation

• Distinct Brain Networks Associated With Risk and Resilience in Depression

• After Stroke in an Infant's Brain, Right Side of Brain Compensates for Loss of Language in Left Side

• Why Whales Don't Get Brain Damage When They Swim

• New Clues Into How the Circadian Clock Helps the Brain Recover After Injury

• Mild Traumatic Brain Injury Increases Risk of Behavioral and Emotional Problems in Kids

• Brain Bubbles: Researchers Describe the Dynamics of Cavitation in Soft Porous Material

• Surprising Culprit Worsens Stroke, TBI Damage

• Poor Heart Health Predicts Premature Brain Aging
• Untapped Potential of Stem Cells Could Aid Repair of Spinal Cord Damage

• Peptide Delivered by Nasal Spray Can Reduce Seizure Activity, Protect Neurons in Alzheimer's, Epilepsy
• Scientists Uncover a New Role for Blood-Brain Barrier in Neuron Function and Damage

• Microscopic Blood Vessel Disease in the Brain's White Matter Associated With Worse Cognition in Alzheimer's

• Fast-Acting Immune Cells Provide Powerful Protection Against Stroke

• Better Insight Into the Vagus Nerve's Link to Brain
• Novel Drug Promotes Nervous System Repair in Animal Models of Stroke

• Discovery Advancing Epilepsy Research

• Investigational Drug Fosters Nerve Repair After Injury

• How Immune Response Triggered by COVID-19 May Damage the Brain

• Connectivity of Language Areas Unique in the Human Brain

• 'Brain Bleeds' In Babies First Year Can Lead to Long-Term Sight Problems, Study Finds

• 吸入有毒粒子直接崩溃e from Lungs to Brain

• Neuroscientists Create Maps of the Brain After Traumatic Brain Injury

• Scientists Unravel the Mystery of Genes That Are Key to Brain Development

• Brain Differences in Pain Modulation in People With Self-Injury Behavior

• Evidence Mounts for Alternate Origins of Alzheimer's Disease Plaques

• Newly Discovered Brain Cell Sheds Light on the Formation of Memories

• Harnessing the Immune System to Treat Traumatic Brain Injury in Mice

• Type 2 Diabetes Accelerates Brain Aging and Cognitive Decline

• The Drug Gabapentin May Boost Functional Recovery After a Stroke

• Research Brings Hope for Spinal Cord Injury Treatment

• Epilepsy Drug Stops Nervous System Tumor Growth in Mice
• 'Sting' Protein's Efforts to Clean Up Brain Cell Damage May Speed Parkinson's Disease Progress
• Using Light and Sound to Reveal Rapid Brain Activity in Unprecedented Detail

• Concussion Symptoms in Children May Have Multiple Underlying Causes
• Scientists See Signs of Traumatic Brain Injury in Headbutting Muskox

• Researchers Identify Possible New Target to Treat Newborns Suffering from Lack of Oxygen or Blood Flow in the Brain

• Clues About Concussions from the Gut

• Promising Treatment for Dementia

• 'Resetting' The Injured Brain Offers Clues for Concussion Treatment
• New Insights on the Importance of Skull Channels for Brain Health

• Fungal Meningitis Spreads by Blocking and Bursting Blood Vessels

• Recognizing an Impending Stroke

• Some Types of Epilepsy May Be Associated With Worse Quality of Life

• Diagnosing Sports-Related Concussions May Be Harder Than Thought
• The Dark Matter of the Brain

• Damaged Nerve Behind Athletes' Post-Concussion Issues

• Study Shows COVID-19's Lingering Impacts on the Brain

• Stabilizing Low Blood Sugar in Infancy Prevents Long-Term Brain Damage

• One in Four Children Who Have Suffered a Minor Head Injury Is Liable to Suffer from Chronic Post-Concussion Syndrome, Study Finds

• How the Gut Communicates With the Brain

• New Strategy Reduces Brain Damage in Alzheimer’s and Related Disorders, in Mice

• How Coronavirus Triggers Immune Response in Brain

• What Regulates the 'glue' Needed for Nerve Repair?

• Cell Fusion ‘awakens’ Regenerative Potential of Human Retina

• ‘Dancing’ Laboratory Rats Show How the Brain Learns, Perfects, Then Unconsciously Performs a Skillful Movement

• Blood Test as Possible Diagnostic Tool for Alzheimer’s Disease

• Dementia Patients Struggle to Cope With Change Because of Damage to General Intelligence Brain Networks
• Single Protein Prompts Mature Brain Cells to Regenerate Multiple Cell Types

• Protein Protects Brain Cells Most Impacted by Glaucoma

• Myelination Determines the Nerve Cell Power of Inhibition, Study Finds

• Scientists Think a Peptide Could Stop, Reverse Damage to Nerve Cells

• Blood Samples from Professional Soccer Players Provides Latest Evidence That Headers Affect Brain Activity
• How Long Does It Really Take to Recover from Concussion?