Request PDF on ResearchGate | On 1, , L. D'Incerti and others published Alterazioni transitorie di risonanza magnetica nell'epilessia del lobo temporale. Request PDF on ResearchGate | On 1, , A. Citterio and others published La RM nell'epilessia del lobo temporale: Correlazione tra caratteristiche. Alterazioni transitorie di risonanza magnetica nell'epilessia del lobo temporale Article Information, PDF download for Alterazioni transitorie di.
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Download PDF [PDF] transitorie di risonanza magnetica nell'epilessia del lobo temporale PDF download for Alterazioni transitorie di risonanza magnetica. Von Rüden, Neuroscience_HSP70 genetic volwarmdilanmi.cfe di desacyl-ghrelin in un modello d'epilessia del lobo temporalemore. Disturbi cognitivi nell'epilessia del lobo temporale in età volwarmdilanmi.cf Questa pagina è stata visitata 18 volte dal 16 Aprile Fonte: Google Analytics.
Insular epilepsy may share many clinical and electroencephalographic features with temporal lobe epilepsy. RMN demonstrou cavernoma insular anterior direito.
Insular epilepsy has been rarely described in the literature. The insula is one of the five cerebral lobes and its cortex is situated deeply within each hemisphere. It is overlayed by the frontal and temporal neocortex and this explains how difficult it should be to get reliable EEG sampling from insular cortex and to define an "insular epileptic syndrome" as has been done with temporal lobe epilepsy6.
Adequate sampling from the insula can only be obtained by depth or subdural electrodes' implantation or acute intraoperative electrocorticography. Depth or subdural electrodes implantation of the insula faces some technical problems. Since depth electrodes should travel through the sylvian fissure, they should be implanted with especial care for the middle cerebral artery branches within the sylvian fissure and requires 3-D angiograhy and MRI or CT integration to be carried out.
Chronic implantation of the insula with subdural eletrodes requires the split of the sylvian fissure and placement of strip electrodes within this narrow space, which is on the other hand extremely sensitive to the eventual mass effect of the electrodes themselves.
Both procedures have been rarely carried out3. The easiest way of sampling the insula is by means of intraoperative electrocorticography ECoG after the split of the sylvian fissure.
There is a time and spatial limitation exposed cotex while performing ECoG; yet, reliable electrophysiological data can be obtained7. This paper describes a case of insular epilepsy as defined by clinical, imaging and invasive electrophysiological data and discusses the similarities of insular and temporal lobe epilepsy. Autonomic seizures were characterized by an ascending epigastric sensation and was followed by complex partial seizures with right arm automatisms and left arm paresis.
Seizure's frequency was of per month. There were 2 tonic-clonic generalized seizures over the last 3 months but these were sporadic.
Epilessia del lobo frontale
Pre-operative EEG investigation including zygomatic electrodes showed a clear right anterior temporal lobe focus. Neuropsychological testing disclosed a non-dominant fronto-temporal dysfunction. MRI showed an anterior insular cavernoma Fig 1, left.
Cerebral angiography was normal. This patient was submitted to a right fronto-temporal craniotomy under general anesthesia. After the opening of the dura, the sylvian fissure was widely split and electrocorticography electrodes were placed over the exposed surface of the insula and over the frontal and temporal lobes.
Disturbi cognitivi nell'epilessia del lobo temporale in età evolutiva
This referential recording disclosed the presence of independent insular and temporal lobe spiking and of discharges clearly originating from the insula and spreading into the temporal lobe Fig 2. The insular cavernoma and its surrounding gliotic and hemosiderotic tissue were removed using microsurgical techniques. The temporal lobe was left in place and there was no damage to any of its surfaces.
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Neurology medlink: The information Resource for Clinical Neurologia, second edition Broughton RJ. Epilepsy and Sleep: a synopsis and prospectus. In: Dengen R, Niedermeyer E eds.
Epilepsy, sleep and sleep deprivation, Amsterdam: Elsevier, Niedermeyer E. Petit mal, primary generalized epilepsy and sleep.
Barcelona, Masson, Correlation of macrostructure parameters and idiopathic epilepsies. Arq Neuropsiquiatr ; Respiratory disorders during sleep in patients with epilepsy: effect of ventilatory therapy on EEG interictal epileptiform discharges.
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Epilessia del lobo frontale
A new method for measuring daytime sleepiness: The Epworth Sleepiness Scale. Sleep ; Rechtschaffer A, Kales A. Physiologic all-night sleep in patients with severe forms of epilepsy. Neurol Neurochir Pol ; Mendez M, Radtke RA. Interactions between sleep and epilepsy.
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Hippocampus, hippocampal sclerosis and epilepsy. Pharmacol Rep ;65 3 Silva CR, et al. Granular cell dispersion and bilamination: two distinct histopathological patterns in epileptic hippocampi? Epileptic Disord ;9 4 Epileptogenesis in the dentate gyrus: a critical perspective.
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Ann Neurol ;34 6 Neuropathological findings in patients with temporal lobe epilepsy. Acta Neuropathol ; 86 5 : Mesial temporal lobe epilepsy with hippocampal sclerosis: Study of 42 children. Seizure ; Neurotransmitters and their receptors in human temporal lobe epilepsy. Epilepsy Res Suppl ; Brain-derived neurotrophic factor induces hyperexcitable reentrant circuits in the dentate gyrus. J Neurosci ;24 33 However, the consensus is not as widespread with respect to the other functions such as attention, executive functions, language and intellectual performance.
Drake et al.
Revista chilena de neuro-psiquiatría
Chokroverty S. Bloodbrain barrier dysfunction-induced inflammatory signaling in brain pathology and epileptogenesis. Cerebral cortex.
Johns M. Keywords : temporal lobe epilepsy; intracellular recording; labeled neurons; CA1 and CA3 hipocampal areas; hyperexcitability. Mallow et al.
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