Add to ORKGThis study used diffusion tensor tractography to evaluate the diffusion parameters of the corpsus callosum and asymmetry in the diffusion parameters of the corticospinal tracts in children with congenital hemiparesis. Precision moving critically correlates with the integrity of the pyramidal tracts as evidenced in congenital hemiparesis by the correlation found between corticospinal lesions and motor deficits. Therefore we hypothesize that diffusion parameters correlate with the severity of hemiparesis measured using the Bayley Scales of Infant Development
Diffusion imaging is an MRI modality that measures the microscopic molecular motion of water in orde...
Background: Thickened corpus callosum is a rare finding and its pathophysiology is not well known. A...
Background—Moderate-severe white matter abnormality (WMA) in the newborn has been shown to produce p...
This study used diffusion tensor tractography to evaluate the diffusion parametersof the corpsus cal...
BACKGROUND AND PURPOSE: Children with congenital hemiparesis have greater asymmetry in diffu-sion pa...
Our aims were to (1) assess the corticospinal tracts (CSTs) in infants with focal injury and healthy...
Our aims were to (1) assess the corticospinal tracts (CSTs) in infants with focal injury and healthy...
OBJECTIVES: Precision grasping critically relies on the integrity of the corticospinal tract as evid...
Aim Structural connectivity analysis using diffusion magnetic resonance imaging (dMRI) and tractogra...
Diffusion MRI improves detection of abnormalities in white matter tracts in cerebral palsy (CP). Rel...
A diffusion tensor imaging technique was compared with conventional MRI to measure and quantify cort...
BACKGROUND: Moderate-to-severe white matter abnormality (WMA) in the newborn has been shown to produ...
We report three cases of callosal dysgenesis that were evaluated by diffusion tensor imaging and fib...
Diffusion imaging is an MRI modality that measures the microscopic molecular motion of water in orde...
The less affected hemisphere is important in motor recovery in mature brains. However, in terms of m...
Diffusion imaging is an MRI modality that measures the microscopic molecular motion of water in orde...
Background: Thickened corpus callosum is a rare finding and its pathophysiology is not well known. A...
Background—Moderate-severe white matter abnormality (WMA) in the newborn has been shown to produce p...
This study used diffusion tensor tractography to evaluate the diffusion parametersof the corpsus cal...
BACKGROUND AND PURPOSE: Children with congenital hemiparesis have greater asymmetry in diffu-sion pa...
Our aims were to (1) assess the corticospinal tracts (CSTs) in infants with focal injury and healthy...
Our aims were to (1) assess the corticospinal tracts (CSTs) in infants with focal injury and healthy...
OBJECTIVES: Precision grasping critically relies on the integrity of the corticospinal tract as evid...
Aim Structural connectivity analysis using diffusion magnetic resonance imaging (dMRI) and tractogra...
Diffusion MRI improves detection of abnormalities in white matter tracts in cerebral palsy (CP). Rel...
A diffusion tensor imaging technique was compared with conventional MRI to measure and quantify cort...
BACKGROUND: Moderate-to-severe white matter abnormality (WMA) in the newborn has been shown to produ...
We report three cases of callosal dysgenesis that were evaluated by diffusion tensor imaging and fib...
Diffusion imaging is an MRI modality that measures the microscopic molecular motion of water in orde...
The less affected hemisphere is important in motor recovery in mature brains. However, in terms of m...
Diffusion imaging is an MRI modality that measures the microscopic molecular motion of water in orde...
Background: Thickened corpus callosum is a rare finding and its pathophysiology is not well known. A...
Background—Moderate-severe white matter abnormality (WMA) in the newborn has been shown to produce p...