Assessing High Frequency Functional Connectivity Networks

Keywords

active activity affected assessing back basis blue bold brain button caballero caused class classified coefficient cognitive coincide computed connectivity considerably contradicting corrected correlation correlations cortex decreased default defined described detect discomfort discrete dominate dominated dorsal dynamic either even event events exhibiting explain eyes finger fractional free frequencies frequency frontal fully functional hand highest hypothesis identified identify index indicating inferior influenced insert instructed insufficient investigate larger lateral least length lengths long made maps measured measures medical memory minute minutes modalities moreover motor nearest network networks occurred open oscillations output overlap paradigm parietal part performance periods posterior press prior probe produced rather realigned recent recorded reduced reduces removed requires respectively respiratory response rest reviews said scales score scores seed seeds seem sense seven short significantly since slices sliding smoothed spatially spontaneous still subject subjects suggesting superior suppressed system tapping task tasks temporal timescales took trend typically underlying unexpected unlikely varying window windows yielded