The stop-signal task, in which participants must inhibit prepotent responses, has been used
to identify neural systems that vary with individual differences in inhibitory control. To explore …

Prior information about the likelihood of a stop-signal pre-activates networks associated with
response inhibition in both go-and stop-trials. How such prior information modulates the …

Increasing a participant's ability to prepare for response inhibition is known to result in
longer Go response times and is thought to engage a “top‐down fronto‐striatal inhibitory …

The stop-signal paradigm is increasingly being used as a probe of response inhibition in
basic and clinical neuroimaging research. The critical feature of this task is that a cued …

Execution of higher cortical functions requires inhibitory control to restrain habitual
responses and meet changing task demands. We used functional magnetic resonance …

The fundamental cognitive-control function of inhibitory control over motor behavior has
been extensively investigated using the Stop-signal task. The critical behavioral parameter …

In stimulus-selective stop-signal tasks, the salient stop signal needs attentional processing
before genuine response inhibition is completed. Differential prefrontal involvement in …

Inhibitory control represents a central component of executive functions and focuses on the
ability to actively inhibit or delay a dominant response to achieve a goal. Although various …

This study investigated the preparatory control of motor inhibition and motor execution using
a stop signal task (SST) and functional magnetic resonance imaging (fMRI). In the SST, a …

People are able to adapt their behavior to changing environmental contingencies by rapidly
inhibiting or modifying their actions. Response inhibition is often studied in the stop-signal …