Inhibitory control processes are indispensable for goal-directed behavior. On a
neurophysiological level, theta band power has been suggested to be important during …

The ability to inhibit a prepotent response is a crucial prerequisite of goal-directed behavior.
So far, research on response inhibition has mainly examined these processes when there is …

Reactive control of response inhibition is associated with a right-lateralised cortical network,
as well as frontal-midline theta (FM-theta) activity measured at the scalp. However, response …

Cognitive control processes encompass many distinct components, including response
inhibition (stopping a prepotent response), proactive control (using prior information to enact …

The capacity to inhibit inappropriate responses is crucial for goal-directed behavior.
Inhibiting such responses seems to come more easily to some of us than others, however …

The modulation of theta frequency activity plays a major role in inhibitory control processes.
However, the relevance of resting theta band activity and of the ability to spontaneously …

Medial and superior frontal theta oscillations are important for response inhibition. The
norepinephrine (NE) system has been shown to modulate these oscillations possibly via …

Recently frontal midline theta (FMθ, 4–8 Hz) oscillations have been consistently reported
and proposed as the potential neural mechanism for response inhibition, a core component …

Resting‐state neural activity plays an important role for cognitive control processes.
Regarding response inhibition processes, an important facet of cognitive control, especially …

Human voluntary response inhibition has frequently been investigated using go/no-go RT
tasks. Recent studies have indicated that not only the traditional averaging waveforms of …