Slow oscillations coordinate network activity

This is the supplementary movie material to the article <em>"Slow oscillations during sleep coordinate interregional communication in cortical networks</em>", published in The Journal of Neuroscience 34(50): 16890-16901 (2014). Movie 1 - Spatiotemporal power dynamics in the spindle range for posterior SOs. Right: scalp plot showing power difference (up &gt; down) in the 13 - 19 Hz range. Seed electrode in blue and electrodes showing significant differences at each time step indicated in black. Top left: average up- and down-centered waveforms. Bottom left: number of channels showing significantly different spindle power between conditions at each time step. Movie 2 - Spatiotemporal power dynamics in the gamma range for central SOs. Similar to Movie 1, only for the central seed electrode (green) and the 25 - 35 Hz gamma range. Movie 3 - Spatiotemporal phase synchrony dynamics in the spindle range for anterior SOs. Right: scalp plot showing difference in spindle (13 - 17 Hz) phase synchrony (up &gt; down), between every electrode and anterior seed electrode (red). Other panels conceptually similar to Movies 1 and 2.