This event-related functional magnetic resonance imaging study compared neural correlates of executive function (cognitive set-shifting) in 28 healthy participants with either high (HIQ) or average (AIQ) intelligence. Despite comparable behavioral performance (except for slower reactions), the AIQ participants showed greater (especially prefrontal) activation during response selection; the HIQ participants showed greater activation (especially parietal) during feedback evaluation. HIQ participants appeared to engage cognitive resources to support more efficient strategies (planning during feedback in preparation for the upcoming response) which resulted in faster responses and less need for response inhibition and conflict resolution. Wheth...
Everyday human cognition and behavior is accomplished via the coordinated efforts of numerous comple...
Copyright © 2015 Paul G. Nestor et al. This is an open access article distributed under the Creative...
A sentence verification task (SVT) was used to test whether differences in neural activation pattern...
This event-related functional magnetic resonance imaging study compared neural correlates of executi...
Previous studies on individual differences in intelligence and brain activation during cognitive pro...
Attentional control is a key function of working memory that is hypothesized to play an important ro...
Research on the neural efficiency hypothesis of intelligence (NEH) has revealed that the brains of m...
Background: Assessment of intelligence and executive function (EF) is common in complex neuropsychia...
Intra-individual performance variability may be an important index of the efficiency with which exec...
Resting-state functional MRI (rs-fMRI) is thought to reflect the intrinsic functional organization o...
Contains fulltext : 162172.pdf (publisher's version ) (Open Access)Recent research...
AbstractThe neural efficiency hypothesis describes the phenomenon that brighter individuals show low...
© 2020 Elsevier Ltd Numerous brain lesion and fMRI studies have linked individual differences in exe...
The neural efficiency hypothesis postulates an inverse relationship between intelligence and brain a...
Numerous brain lesion and fMRI studies have linked individual differences in executive abilities and...
Everyday human cognition and behavior is accomplished via the coordinated efforts of numerous comple...
Copyright © 2015 Paul G. Nestor et al. This is an open access article distributed under the Creative...
A sentence verification task (SVT) was used to test whether differences in neural activation pattern...
This event-related functional magnetic resonance imaging study compared neural correlates of executi...
Previous studies on individual differences in intelligence and brain activation during cognitive pro...
Attentional control is a key function of working memory that is hypothesized to play an important ro...
Research on the neural efficiency hypothesis of intelligence (NEH) has revealed that the brains of m...
Background: Assessment of intelligence and executive function (EF) is common in complex neuropsychia...
Intra-individual performance variability may be an important index of the efficiency with which exec...
Resting-state functional MRI (rs-fMRI) is thought to reflect the intrinsic functional organization o...
Contains fulltext : 162172.pdf (publisher's version ) (Open Access)Recent research...
AbstractThe neural efficiency hypothesis describes the phenomenon that brighter individuals show low...
© 2020 Elsevier Ltd Numerous brain lesion and fMRI studies have linked individual differences in exe...
The neural efficiency hypothesis postulates an inverse relationship between intelligence and brain a...
Numerous brain lesion and fMRI studies have linked individual differences in executive abilities and...
Everyday human cognition and behavior is accomplished via the coordinated efforts of numerous comple...
Copyright © 2015 Paul G. Nestor et al. This is an open access article distributed under the Creative...
A sentence verification task (SVT) was used to test whether differences in neural activation pattern...