Significados de neural oscillation en inglés

Electrophysiology studies routinely investigate the relationship between neural oscillations and task performance.

Electrophysiological results suggested self-generated and externally induced rhythms to entrain neural oscillations in the delta frequency band.

There is growing recognition that neural oscillations are important in a wide range of perceptual and cognitive functions.

Modulation of brain activity is one of the main mechanisms capable of demonstrating the synchronization dynamics of neural oscillations.

Neural oscillations as important information carrier in the brain, are increasingly interpreted as transient bursts rather than as sustained oscillations.

First, the time course of neural oscillations ranging from theta (4.5 Hz) to gamma (42 Hz) frequencies were identified using single-trial continuous wavelet transforms.