Acta neurologica Scandinavica
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Acta Neurol. Scand. · Jul 1995
Interictal and ictal dipole modelling in patients with refractory partial epilepsy.
Fifteen patients (7 men, 8 women) with mean age of 34 years and mean duration of refractory partial seizures of 17 years were included in a presurgical evaluation protocol. Neuroimaging (CAT, 1.5 T MR) demonstrated intracranial structural lesions (space-occupying: n = 9; atrophic: n = 6) and video-EEG monitoring showed complex partial seizures in all patients. Four patients underwent additional intracranial EEG monitoring that demonstrated hippocampal seizure onset in all. ⋯ Ictal dipole modelling revealed concordant results with interictal data. It shows promising but needs further confirmation and validation in a larger patient population with intracranial EEG recordings. Despite intrinsic limitations, spike voltage topography and dipole mapping contributes to a better localisation of the underlying brain source of epileptic discharges.
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This open study reports the use of lamotrigine in 93 adults and children with drug resistant epilepsy. Lamotrigine was used predominantly as add-on therapy and outcome was assessed by the patient, parents and carers and the physician in terms of reduction of seizure frequency, drug side effects, and importantly with this drug, improvement in quality of life. Twenty five of the 93 patients (26.9%) studied were rendered seizure free with the addition of lamotrigine to their therapy. ⋯ Quality of life improvements were especially striking in patients with seizures secondary to brain damage and in the Lennox Gastaut Syndrome. Twenty eight patients ceased lamotrigine, 13 due to lack of effect and the remainder due to side effects. Lamotrigine is a potentially very useful anti-epileptic medication in persons with complex partial seizures, but also in primary generalised epilepsy, the Lennox Gastaut syndrome and especially in those individuals who have seizures subsequent to brain damage.