Results 251 to 260 of about 278,025 (305)
Neural dynamics of an extended frontal lobe network in goal-subgoal problem solving
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Surgical Neurology, 1995
Gait abnormalities often result from disorders intrinsic to the cerebellum. Gait difficulties resulting from frontal lobe disease are less common but well recognized. The pathophysiologic mechanism of this type of ataxia is not well understood. One promising explanation implicates involvement of the frontopontocerebellar tract (Arnold's bundle).
J B, Terry, R N, Rosenberg
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Gait abnormalities often result from disorders intrinsic to the cerebellum. Gait difficulties resulting from frontal lobe disease are less common but well recognized. The pathophysiologic mechanism of this type of ataxia is not well understood. One promising explanation implicates involvement of the frontopontocerebellar tract (Arnold's bundle).
J B, Terry, R N, Rosenberg
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Psychiatric Clinics of North America, 2005
Despite the fact that clinical characteristics of frontal lobe seizures have been recently described better, differentiating seizures of frontal lobe origin from NES on clinical grounds alone is difficult. The difficulty has been compounded by the fact that both inter-ictal and ictal EEG can be normal or nonspecific, and the same is true of imaging ...
Barbara C, Jobst, Peter D, Williamson
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Despite the fact that clinical characteristics of frontal lobe seizures have been recently described better, differentiating seizures of frontal lobe origin from NES on clinical grounds alone is difficult. The difficulty has been compounded by the fact that both inter-ictal and ictal EEG can be normal or nonspecific, and the same is true of imaging ...
Barbara C, Jobst, Peter D, Williamson
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Epileptic Disorders, 2004
Frontal lobe epilepsy accounts for only 10‐20% of the patients in surgical series, but the incidence in non‐surgical patient cohorts seems to be much higher. The typical clinical presentation of the seizures includes contralateral clonic movements, uni‐ or bilateral tonic motor activity as well as complex automatism.
Christoph, Kellinghaus, Hans O, Lüders
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Frontal lobe epilepsy accounts for only 10‐20% of the patients in surgical series, but the incidence in non‐surgical patient cohorts seems to be much higher. The typical clinical presentation of the seizures includes contralateral clonic movements, uni‐ or bilateral tonic motor activity as well as complex automatism.
Christoph, Kellinghaus, Hans O, Lüders
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Brain Injury, 1989
This article reviews, analyses, and provides commentary on the most recent major works pertaining to frontal lobe function. Other references are included, but only as they arise within the texts themselves. The overriding intention is to provide a comprehensive yet condensed reference on the frontal lobes.
D. Frank Benson +2 more
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This article reviews, analyses, and provides commentary on the most recent major works pertaining to frontal lobe function. Other references are included, but only as they arise within the texts themselves. The overriding intention is to provide a comprehensive yet condensed reference on the frontal lobes.
D. Frank Benson +2 more
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The Neurologist, 2011
Frontal lobe epilepsy is the second most common localization-related or focal epilepsy. Frontal lobe seizures are challenging to diagnose as the clinical manifestations are diverse due to the complexity and variability of the patterns of epileptic discharges, and the scalp electroencephalograph (EEG) can often be normal or misleading.
Ritu, Bagla, Christopher T, Skidmore
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Frontal lobe epilepsy is the second most common localization-related or focal epilepsy. Frontal lobe seizures are challenging to diagnose as the clinical manifestations are diverse due to the complexity and variability of the patterns of epileptic discharges, and the scalp electroencephalograph (EEG) can often be normal or misleading.
Ritu, Bagla, Christopher T, Skidmore
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2019
The frontal lobes contain a complex set of diverse anatomic regions that form multiple distinct, complex networks with cortical and subcortical regions. Damage to these cortical-subcortical networks can have dramatic behavioral consequences, ranging from apathy to impairments in executive functioning.
Justin, Reber, Daniel, Tranel
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The frontal lobes contain a complex set of diverse anatomic regions that form multiple distinct, complex networks with cortical and subcortical regions. Damage to these cortical-subcortical networks can have dramatic behavioral consequences, ranging from apathy to impairments in executive functioning.
Justin, Reber, Daniel, Tranel
openaire +2 more sources