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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
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Epileptic Disorders, 2001
ABSTRACT This video teaching course presents several patterns of frontal lobe seizures recorded in a number of Italian Epilepsy Centers. The general features of frontal lobe seizures are outlined in the introduction. Sixteen vldeo‐EEG sequences involving 10 different patients are shown.
CANEVINI MP +8 more
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ABSTRACT This video teaching course presents several patterns of frontal lobe seizures recorded in a number of Italian Epilepsy Centers. The general features of frontal lobe seizures are outlined in the introduction. Sixteen vldeo‐EEG sequences involving 10 different patients are shown.
CANEVINI MP +8 more
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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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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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2012
The precise anatomy and physiology of human walking remains poorly understood. The frontal lobes appear crucial, and, on the basis of clinical observation, contribute to the control of truncal motion, postural responses, and the maintenance of equilibrium and locomotion.
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The precise anatomy and physiology of human walking remains poorly understood. The frontal lobes appear crucial, and, on the basis of clinical observation, contribute to the control of truncal motion, postural responses, and the maintenance of equilibrium and locomotion.
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Current Opinion in Neurobiology, 1994
A number of studies have appeared during the past year that contribute significantly to our understanding of the role of the frontal cortex in learning, memory, and response control. In addition to the traditional approaches that involve the investigation of the behavioural effects of lesions and the recording of the activity of single neurons ...
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A number of studies have appeared during the past year that contribute significantly to our understanding of the role of the frontal cortex in learning, memory, and response control. In addition to the traditional approaches that involve the investigation of the behavioural effects of lesions and the recording of the activity of single neurons ...
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Electrophysiology of the Frontal Lobe
Clinical Electroencephalography, 2003The electrophysiology of the frontal lobe appears to be unimpressive when the view is limited to the routine EEG recording of a healthy waking adult. There is usually low voltage fast activity, which becomes more pronounced when recorded with depth leads.
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Schizophrenia and the frontal lobe
Trends in Neurosciences, 1988Abstract Many patients with schizophrenia manifest clinical signs and symptoms suggestive of prefrontal cortex dysfunction, such as blunted affect, poor insight, and deficient performance on problem solving tasks. The development of in-vivo regional cerebral blood flow (rCBF) and brain metabolism techniques has made it possible to investigate ...
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The problem of the frontal lobe: A reinterpretation
Journal of Psychiatric Research, 1971The frontal lobe, despite decades of intensive research by physiologists, anatomists and clinicians, has remained the most mystifying of the major subdivisions of the cerebral cortex. Unlike any other of the great cerebral promontories, the frontal lobe appears not to contain a single sub-field that could be identified with any particular sensory ...
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1993
Abstract Although this is a time of unprecedented progress in cognitive neuroscience, clinicians who evaluate and treat frontal lobe dysfunction still face many of the frustrations encountered by prior generations. Damage to the frontal lobes can disrupt in various ways a set of very complex neuroanatomical and functional systems, which ...
Antonio R Damasio +2 more
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Abstract Although this is a time of unprecedented progress in cognitive neuroscience, clinicians who evaluate and treat frontal lobe dysfunction still face many of the frustrations encountered by prior generations. Damage to the frontal lobes can disrupt in various ways a set of very complex neuroanatomical and functional systems, which ...
Antonio R Damasio +2 more
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