Alterations in resting-state functional connectivity after brain posterior lesions reflect the functionality of the visual system in hemianopic patients

Keyphrases

• Posterior Cortex 100%
• Visual System 100%
• Resting-state Functional Connectivity 100%
• Functional Connectivity 66%
• Interhemispheric 66%
• Low-level Processing 66%
• Hemianopia 66%
• Network Topology 33%
• Healthy Controls 33%
• Right Hemisphere 33%
• Complex Interplay 33%
• Oscillatory Activity 33%
• Resting-state EEG 33%
• Posterior Brain 33%
• Lesion Patients 33%
• Alpha Oscillations 33%
• Functional Connectivity Pattern 33%
• Brain Lesions 33%
• Low-frequency Band 33%
• Upper alpha 33%
• Functional Integration 33%
• Anterior Lesion 33%
• Global Integration 33%
• Brain Rhythms 33%
• Visual Performance 33%
• Functional Segregation 33%
• Local Functionals 33%
• EEG Signals 33%
• Neural Circuits 33%
• Alpha Power 33%
• Oscillatory Patterns 33%
• Eye Closure 33%

INIS

• patients 100%
• brain 100%
• range 75%
• levels 50%
• processing 50%
• hypothesis 25%
• control 25%
• damage 25%
• performance 25%
• topology 25%
• signals 25%
• oscillations 25%
• biological markers 25%
• organizing 25%
• segregation 25%
• eyes 25%

Neuroscience

• Functional Connectivity 100%
• Resting-State Functional Connectivity 100%
• Electroencephalography 33%
• Brain Lesion 33%
• Neural Circuit 33%
• Biological Marker 33%