Concurrent human TMS-EEG-fMRI enables monitoring of oscillatory brain state-dependent gating of cortico-subcortical network activity

Keyphrases

• Transcranial Magnetic Stimulation 100%
• Network Activity 100%
• EEG-fMRI 100%
• Cortico-subcortical Networks 100%
• Brain State-dependent Stimulation 100%
• Functional Magnetic Resonance Imaging 20%
• Network Excitability 20%
• Motor Network 20%
• Oscillatory States 20%
• Alpha Power 10%
• Network Connectivity 10%
• Functional Networks 10%
• Subthreshold 10%
• Induced Activity 10%
• Neuronal Excitability 10%
• EEG Power 10%
• Striatum 10%
• Induced Activation 10%
• Network Node 10%
• Motor System 10%
• Causal Mechanisms 10%
• Signal Propagation 10%
• Connected Network 10%
• Activity Propagation 10%
• Network Activation 10%
• Human Motor System 10%
• Neural Network Dynamics 10%
• Oscillatory Signals 10%
• Dorsal Premotor Cortex 10%
• Network Research 10%
• Human Neural Networks 10%
• Power Fluctuation 10%
• State Propagation 10%
• Causal Dependency 10%
• Direct Monitoring 10%

INIS

• humans 100%
• stimulation 100%
• brain 100%
• monitoring 100%
• motors 40%
• fluctuations 30%
• power 20%
• dynamics 20%
• reactivity 10%
• thalamus 10%
• gain 10%
• signals 10%
• utilities 10%
• probes 10%
• neural networks 10%

Neuroscience

• Functional Magnetic Resonance Imaging 100%
• Electroencephalography 100%
• Transcranial Magnetic Stimulation 100%
• Excitability 30%
• Premotor Cortex 10%
• Behavior (Neuroscience) 10%
• Neural Network 10%
• Thalamus 10%
• Striatum 10%