Traumatic Brain Injury Research

This study compares information flow patterns in healthy and concussed adolescents using EEG data, finding altered flow patterns and distribution in the concussed group.

This study measures reading eye movements in traumatic brain injury patients using ReadAlyzer and finds significant differences compared to controls.

The paper links anatomical and functional brain features of the default mode network to pediatric concussion recovery and shows they predict persistent symptoms.

This study shows that repetitive mild traumatic brain injury in rats causes long-term cognitive impairment without diffuse axonal injury, and identifies a lack of common biomarkers for this condition.

The paper examines how changes in structural and functional connectomes relate to cognitive recovery after mild TBI, finding that increased network diffusion model propagation time, structural segregation, and functional integration correlate with better recovery.

This study tests automated pupillometry with mental arithmetic to detect command following in neurological patients, finding it effective in healthy volunteers and some patients.

This study finds that mTBI patients with post-traumatic headache have reduced grey matter volume in specific brain regions compared to those without headache and healthy controls.

This study links brain connectivity patterns with persistent symptoms in children after mild traumatic brain injury using resting-state fMRI and behavioral assessments.

This study shows that mice with reduced cholinergic capacity experience severe, lasting attention impairments after repeated mild concussions, suggesting similar risks in humans with vulnerable cholinergic systems.

The paper introduces a new behavioral tool called 'DoC-feeling' that uses aggregated nursing staff assessments to detect the Minimally Conscious State with high accuracy.

This study links pathological bistability in UWS patients to reduced brain complexity using TMS/EEG and PCI measurements.

This study validates a Russian adaptation of the Coma Recovery Scale-Revised (CRS-R) in patients with chronic disorders of consciousness, showing good reliability, validity, and sensitivity for assessing recovery.

This study uses single-cell sequencing to identify hippocampal cell types and genes vulnerable to concussive TBI, revealing pathogenic mechanisms and therapeutic targets.

This study examines how concussion affects functional brain networks using MEG, finding increased connectivity in the default mode and motor networks associated with symptoms.

This study examines the link between multiple concussions and brain atrophy in retired Canadian football players, finding greater hippocampal atrophy and poorer verbal memory performance compared to controls.

The paper uses inter-subject correlations of EEG responses to narrative speech to assess auditory attention in disorders of consciousness, finding lower correlations in patients compared to controls.