As a part of a large multidisciplinary clinical and research follow-up study, 47 Williams syndrome patients underwent detailed neurologic testing. Because previous studies have documented the absence of major neurologic signs in Williams syndrome, the neurologic testing focused on soft signs. Previous findings of impairment of both gross and fine motor coordination were confirmed, and the presence of mild cerebellar and extrapyramidal signs was documented. In a 4-year follow-up study, an age-related pattern was revealed: soft extrapyramidal signs became more evident from 8 years of age and increased in the 14+ age group. The results are discussed according to a hypothesis related to the dopaminergic system involvement in Williams syndrome: ...
3As a genetic experiment of nature, Williams syndrome (WMS) is expressed on multiple biological leve...
We describe the results of a functional and structural brain connectivity analysis comparing a homog...
Williams syndrome (WS) is a neurogenetic disorder resulting from a hemizygous microdeletion at band ...
As a part of a large multidisciplinary clinical and research follow-up study, 47 Williams syndrome p...
As a part of a large multidisciplinary clinical and research follow-up study, 47 Williams syndrome p...
Understanding patterns of gyrification in neurogenetic disorders helps to uncover the neurodevelopme...
Twenty-four children with Williams syndrome underwent systematic neurologic evaluations. Abnormaliti...
Williams Syndrome (WS) is a rare genetic disorder with unique behavioral features. Yet the rareness ...
We describe the results of a functional and structural brain connectivity analysis comparing a homog...
We describe the results of a functional and structural brain connectivity analysis comparing a homog...
Several lines of investigation suggest that individuals with Williams syndrome (WS), a neurodevelopm...
The neurocognitive profile of Williams-Beuren syndrome (WBS) is characterized by visuospatial defici...
© 2005 Marilee A. Martens.The interrelationships between brain, cognition, and behaviour are complex...
Williams syndrome (WS) is rare genetic form of mental retardation caused by a micro-deletion on chro...
Background: We investigated structural brain morphology of intellectually disabled children with Wil...
3As a genetic experiment of nature, Williams syndrome (WMS) is expressed on multiple biological leve...
We describe the results of a functional and structural brain connectivity analysis comparing a homog...
Williams syndrome (WS) is a neurogenetic disorder resulting from a hemizygous microdeletion at band ...
As a part of a large multidisciplinary clinical and research follow-up study, 47 Williams syndrome p...
As a part of a large multidisciplinary clinical and research follow-up study, 47 Williams syndrome p...
Understanding patterns of gyrification in neurogenetic disorders helps to uncover the neurodevelopme...
Twenty-four children with Williams syndrome underwent systematic neurologic evaluations. Abnormaliti...
Williams Syndrome (WS) is a rare genetic disorder with unique behavioral features. Yet the rareness ...
We describe the results of a functional and structural brain connectivity analysis comparing a homog...
We describe the results of a functional and structural brain connectivity analysis comparing a homog...
Several lines of investigation suggest that individuals with Williams syndrome (WS), a neurodevelopm...
The neurocognitive profile of Williams-Beuren syndrome (WBS) is characterized by visuospatial defici...
© 2005 Marilee A. Martens.The interrelationships between brain, cognition, and behaviour are complex...
Williams syndrome (WS) is rare genetic form of mental retardation caused by a micro-deletion on chro...
Background: We investigated structural brain morphology of intellectually disabled children with Wil...
3As a genetic experiment of nature, Williams syndrome (WMS) is expressed on multiple biological leve...
We describe the results of a functional and structural brain connectivity analysis comparing a homog...
Williams syndrome (WS) is a neurogenetic disorder resulting from a hemizygous microdeletion at band ...