Using prospective longitudinal data from 110 very preterm and 113 full term children, this article describes the executive functioning abilities of very preterm children at age 4, and examines relations between the extent of white matter abnormality on neonatal magnetic resonance imaging (MRI) and later executive function outcomes. Very preterm children performed less well than full term children on measures of planning ability, cognitive flexibility, selective attention, and inhibitorycontrol. Executive impairments at age 4 were confined to preterm children with mild or moderate—severe white matter abnormalities on MRI. Findings support the importance of cerebral white matterintegrity for later executive function
Background Attention problems are among the most prevalent neurobehavioral morbidities affecting ver...
Impairments in executive function have been posited to account for some of the poor cognitive and ed...
Aim Children born very preterm (\u3c32wks\u27 gestation) are at risk of white matter injury, particu...
Using prospective longitudinal data from 110 very preterm and 113 full term children, this article d...
Using prospective longitudinal data from 110 very preterm and 113 full term children, this article d...
Despite evidence for executive dysfunction in school-aged preterm children, less is known about the ...
Cerebral white matter abnormalities on term MRI are a strong predictor of motor disability in childr...
Background: Cerebral white matter abnormalities on term MRI are a strong predictor of motor disabili...
Children and adolescents born very preterm born (i.e., < 32 weeks of gestational age) have an increa...
AIM: To investigate the association between white matter organization in the neonatal brain and cogn...
Main objectives: Executive functions are frequently a weakness in children born preterm. We examined...
MAIN OBJECTIVES:Executive functions are frequently a weakness in children born preterm. We examined ...
Preterm birth poses a risk for neurocognitive and behavioral development. Preterm children, who have...
Executive function deficits are among the most frequent sequela of very preterm birth but the underl...
Background: Executive function (EF) refers to cognitive abilities used to guide goal-directed behavi...
Background Attention problems are among the most prevalent neurobehavioral morbidities affecting ver...
Impairments in executive function have been posited to account for some of the poor cognitive and ed...
Aim Children born very preterm (\u3c32wks\u27 gestation) are at risk of white matter injury, particu...
Using prospective longitudinal data from 110 very preterm and 113 full term children, this article d...
Using prospective longitudinal data from 110 very preterm and 113 full term children, this article d...
Despite evidence for executive dysfunction in school-aged preterm children, less is known about the ...
Cerebral white matter abnormalities on term MRI are a strong predictor of motor disability in childr...
Background: Cerebral white matter abnormalities on term MRI are a strong predictor of motor disabili...
Children and adolescents born very preterm born (i.e., < 32 weeks of gestational age) have an increa...
AIM: To investigate the association between white matter organization in the neonatal brain and cogn...
Main objectives: Executive functions are frequently a weakness in children born preterm. We examined...
MAIN OBJECTIVES:Executive functions are frequently a weakness in children born preterm. We examined ...
Preterm birth poses a risk for neurocognitive and behavioral development. Preterm children, who have...
Executive function deficits are among the most frequent sequela of very preterm birth but the underl...
Background: Executive function (EF) refers to cognitive abilities used to guide goal-directed behavi...
Background Attention problems are among the most prevalent neurobehavioral morbidities affecting ver...
Impairments in executive function have been posited to account for some of the poor cognitive and ed...
Aim Children born very preterm (\u3c32wks\u27 gestation) are at risk of white matter injury, particu...