parkinson's disease is the nervous system disorder that occurs when lesions form on the cerebral cortex causing dementia.
parkinson's disease is the nervous system disorder that occurs when lesions form on the cerebral cortex causing dementia.
what nervous system disorder occurs when lesions form on the cerebral cortex causing dementia?
parkinson's disease
section::::--- nervous system diseases.:--- nervous system malformations.:--- central nervous system cysts.









































bullet::::- --- arachnoid cysts









































section::::--- nervous system diseases.:--- nervous system malformations.:--- central nervous system vascular malformations.









































bullet::::- --- hemangioma, cavernous, central nervous system









































bullet::::- --- central nervous system venous angioma









































bullet::::- --- sinus pericranii









































section::::--- nervous system diseases.:--- nervous system malformations.:--- hereditary motor and sensory neuropathies.









































bullet::::- --- charcot-marie-tooth disease









































bullet::::- --- refsum disease









































bullet::::- --- spastic paraplegia, hereditary









































section::::--- nervous system diseases.:--- nervous system malformations.:--- hereditary sensory and autonomic neuropathies.









































bullet::::- --- dysautonomia, familial









































section::::--- nervous system diseases.:--- nervous system malformations.:--- neural tube defects.









































bullet::::- --- anencephaly
list of mesh codes (c10)
by turning his attention to adhd in preschoolers, mahone aims to prevent the 4th grade failures that many untreated students with adhd may experience. through his research on preschool children, mahone hopes to understand more about brain development in children with adhd, as wells as earlier identification and ways to treat disorder. in his studies, mahone has found that the caudate nucleus is significantly smaller in preschool children with symptoms of adhd, which may predict the severity of the disorder later in life (the caudate nucleus is essential to the development of attention and cognitive control). he found that the cerebral cortex of preschoolers with adhd is normal compared to that of preschoolers without adhd, which is an important finding since older children with adhd have been found to have a smaller cerebral cortex. this indicates that the cerebral cortex develops later than sub-cortical structures, like the caudate nucleus, which may indicate that a small caudate nucleus can influence and inhibit the growth of the cerebral cortex. mahone hopes to pinpoint abnormalities in the caudate nucleus of children with adhd in an attempt to find a treatment that will promote normal development of the cerebral cortex; if treatment can help the cerebral cortex function and develop normally, higher cognitive functions may not be impaired in children with adhd, which will allow them to function more normally than if the treatment had not been administered.
ernest mahone