The association between meningioangiomatosis (MA) with focal cortical dysplasia (FCD) has been scarcely published. We present the case of 15-year-old adolescent suffering 10 years evolving drug-resistant epilepsy without history of neurofibromatosis. Magnetic Resonance Image showed an increase in the volume of the hippocampus and the right parahippocampal region. The lesion was considered as a possible tumor. A right temporal lobectomy, guided by trans-surgical electrocorticography (EcoG) was performed. Histology of the resected tissue evidenced a FCD type IIIc (MA mainly vascular associated to FCD). The patient has been seizure free (according to the Engel IA scale) after 4 years of post-surgical evolution. When MA is suspected, we recommend trans-surgical ECoG considering the possible association with FCD in the surrounding neocortex. It could increase the incidence and knowledge about these two lesions. The histological study provides the definitive diagnosis.
drug-resistant epilepsy
Meningioangiomatosis y displasia cortical focal. Meningioangiomatosis and focal cortical dysplasia
Abordaje prequirúrgico en epilepsia de difícil control. Presurgical approach in drug-resistant epilepsy
Epilepsy is one of the main reasons for consultation in general neurology. It is a highly prevalent pathology, with a high impact on the quality of life of these patients. There is a percentage of drug resistance between 30% and 40% of epilepsy cases, and therefore it is very important to know the surgical alternative, as well as the importance of a timely and prompt referral to a specialized surgery center of epilepsy given the high possibility of seizure remission or improvement towards less disabling seizures, with a notable improvement in quality of life. The evaluation process of a patient with drug-resistant focal epilepsy who is a candidate for epilepsy surgery is based on a set of non-invasive diagnostic techniques. The evaluation process is based on the seizure locating semiology, an adequate protocol for the imaging study, electroencephalogram, and interictal and ictal video-monitoring, and neuropsychological evaluation in all cases, and in other functional studies such as computed tomography are necessary, ictal and interictal single-photon emission, positron emission tomography, and also invasive monitoring techniques, through which it is possible to proceed to surgery. A review of the literature is made.
