Edgar J. Bermudez-Contreras

The paper shows that mouse primary visual cortex exhibits spatiotemporal resonance patterns similar to humans, with multiple frequency peaks and standing wave characteristics in response to flicker.

This study shows that repeated sensory stimulation modifies late cortical evoked responses, increasing their amplitude and similarity to early responses in anesthetized and awake mice.

The paper identifies regional differences in cholinergic terminal activity associated with slow-wave activity in specific cortical areas during REM sleep in mice.

This study compares spatiotemporal patterns of spontaneous and sensory-evoked cortical activity in mice, finding differences in propagation complexity, speed, and direction.

The paper investigates neocortical activity patterns around hippocampal sharp-wave ripples in mice, finding that neocortical activation can precede SWRs and may trigger hippocampal reactivation.

This paper introduces a hyperdrive microelectrode array for simultaneous multi-site electrophysiological recording and wide-field optical imaging in mouse cortex, demonstrating its use in analyzing local and global cortical activity.