Disrupted axonal fiber connectivity as a marker of impaired consciousness states

Keyphrases

• States of Consciousness 100%
• Persistent Vegetative State 100%
• Impaired Consciousness 100%
• Axonal Fibers 100%
• Locked-in 80%
• Brainstem 40%
• Diffusion Tensor Imaging 40%
• Global Efficiency 40%
• Local Efficiency 40%
• Network Connectivity 20%
• Brain Regions 20%
• Circuitry 20%
• State Patient 20%
• Brain Injury 20%
• Healthy Volunteers 20%
• Disorders of Consciousness 20%
• Frontal Cortex 20%
• Graph Theory 20%
• Image-based 20%
• Well-differentiated 20%
• Connection Strength 20%
• Long-range Effect 20%
• Statistic Approach 20%
• Anatomical Connectivity 20%
• Network Attributes 20%
• Patient Networks 20%
• Difference from Control 20%
• Inter-region 20%
• Complex Network Properties 20%
• Global Vulnerability 20%
• Connection Density 20%
• Whole Brain Architecture 20%
• Anatomical Relationship 20%
• Network Statistics 20%
• Age-matched 20%
• Impairment of Consciousness 20%
• Structural Disconnection 20%
• Mass Univariate Statistics 20%
• Anatomical Networks 20%
• Lesion Topography 20%

Neuroscience

• Persistent Vegetative State 100%
• Locked-in Syndrome 80%
• Brainstem 40%
• Diffusion Tensor Imaging 40%
• Frontal Lobe 20%
• Thalamus 20%
• Brain Injury 20%
• Brain Region 20%
• Graph Theory 20%