The Adult Inhibitory Control System Sample Clauses

The Adult Inhibitory Control System. A distributed neural network is believed to underlie response inhibition, including the inferior frontal gyrus, the cortical eye field, anterior cingulate cortex and basal ganglia as shown in functional imaging work in humans. The basal ganglia plays an important role in Go trials as it mediates approach. Go trials have been associated with activation of the basal ganglia-thalamocortical circuit, which is thought to play a role in movement control and adaptive motor behaviour (Xxxxxxxxx, Xxxxxxxx, & Xxxxxx, 1990). Results from the SST and Go/No Go tasks suggest that the right inferior frontal gyrus plays the most prominent role in inhibiting routine responses as measured during Stop trials. Functional MRI data reveals increased right IFG activation during Stop trials relative to a baseline of routine responses (Xxxxxxxxx, et al., 2010; Xxxxx, et al., 2003). For the SST, the index of inhibitory control is the duration of the stopping process, called the stop signal reaction time (SSRT). Damage to the right IFG affects performance on the SST by disrupting inhibition. The greater the damage to the right IFG, the worse the response inhibition as indexed by the SSRT. Several studies suggest correlations between right IFG BOLD-response and stop signal reaction times (Xxxx, et al., 2004; C. S. R. Xx, Xxxxx, Xxxxxxxxx, & Xxxxx, 2006; Xxxxx, Xxxxxx, & Xxxxxx, 2011).
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