Propofol Reversibly Attenuates Short-Range Microstate Ordering and 20 Hz Microstate Oscillations

INIS

• range 100%
• information 100%
• oscillations 100%
• dynamics 75%
• interpolation 75%
• entropy 50%
• periodicity 50%
• levels 25%
• data 25%
• power 25%
• performance 25%
• correlations 25%
• randomness 25%
• peaks 25%
• electroencephalography 25%
• metrics 25%
• voltage 25%
• equilibrium 25%
• storage 25%
• doses 25%
• fourier transformation 25%
• frequency analysis 25%
• peak power 25%
• anesthetics 25%

Keyphrases

• Oscillation 100%
• Microstates 100%
• Propofol 100%
• Global Field Power 14%
• Electroencephalography 7%
• Mutual Information 7%
• One-based 7%
• Resting State 7%
• High Dimension 7%
• Physiological Processes 7%
• Auditory Perception 7%
• Clustering Approach 7%
• Fourier Transform 7%
• Perception Task 7%
• Frequency Analysis 7%
• Non-equilibrium Dynamics 7%
• Local Maxima 7%
• Propofol Sedation 7%
• Cognitive Task Performance 7%
• Propofol Anesthesia 7%
• Information-theoretic Analysis 7%
• Entropy Rate 7%
• Voltage Pattern 7%
• Two-frequency 7%
• Pattern Matching 7%
• Shannon Entropy 7%
• Fourier Approach 7%
• Smoothing Effect 7%
• Fourier Analysis 7%
• Mutual Information Analysis 7%
• Moderate Sedation 7%
• Sequence Periodicity 7%
• Power Peaks 7%
• Sedation Level 7%
• Alpha Rhythm 7%
• Active Information Storage 7%

Neuroscience

• Fourier Analysis 20%