beta rhythm

It has also been suggested that several beta rhythms exist, each with a different functional significance [74, 77].

Regarding overall network effectiveness, significant results of SW were found for healthy subjects at distal imagery tasks in both alpha and beta rhythms (alpha: t = 2.201, df = 8, and p = 0.059; beta: t = 3.044, df = 8, and p = 0.016).

Mean values and the interquartile interval of the [alpha]-DFA regarding the delta, theta, alpha and beta rhythms, and the entire record of the ECoG are shown in Figure 5.

We predicted that the mu and beta rhythms recorded from sensorimotor scalp would be suppressed maximally when a subject listens to a melody s/he knows how to play and fail to suppress or even show enhancement when listening to a melody unrelated to the learned song.

To finish with this point, it is important to mention that, just like the theta oscillatory activity generated with DHPG, potassium-induced hippocampal beta rhythm was reduced by A/[[beta].sub.1-42] but was resistant to A/[[beta].sub.25-35] [9].

The adaptation phenomena were obvious in EEG alpha and beta rhythms.

Gamma rhythms and beta rhythms have different synchronization properties.

Beta rhythm amplitudes are seldom larger than 30 V.

Beta rhythm is not appropriate because the recording is influenced by mental activities of a subject.