Anesthesia for Anatomical Hemispherectomy, 217 Antiepileptic
Index Note: Page numbers followed by f and t indicate fi gures and tables, respectively. A Anesthesia Academic skills assessment, in neuropsychological assess- for anatomical hemispherectomy, 217 ment, 105 antiepileptic drugs and, 114 Acid-base status, perioperative management of, 114 for awake craniotomy, 116 Adaptive function assessment, in neuropsychological for corpus callosotomy, 116 assessment, 106 for hemispherectomy, 116–117, 217 After-discharges, 31 induction of, 114 Age of patient maintenance of, 115 and adaptive plasticity, 15–16 for posterior quadrantic surgery, 197–198 and cerebral blood fl ow, 113 Sturge-Weber syndrome and, 113 at lesion occurrence, and EEG fi ndings, 16 in surgery for subhemispheric epilepsy, 197–198 and pediatric epilepsy surgery, 3 tuberous sclerosis and, 113 and physiological diff erences, 113 for vagus nerve stimulation, 116 and seizure semiology, 41 Angioma(s) at surgery, and outcomes, 19 cutaneous, in Sturge-Weber syndrome, 206 Airway facial, 206 intraoperative management of, 114–115 Angular gyrus, electrical stimulation of, 48 preoperative evaluation, 113 Anterior lobe lobectomy (ATL) Alien limb phenomenon, stimulation-induced, 49 left (L-ATL), and language function, 76 [11C]Alphamethyl-L-tryptophan (AMT), as PET radiotracer, and memory function, 77–78 83–84, 86 Anteromesial temporal lobectomy (AMTL), 136–146 in extratemporal lobe epilepsy, 86–87, 175 complications of, 144–145 in postsurgical evaluation, 90 craniotomy in, 138, 139f in temporal lobe epilepsy, 86 historical perspective on, 136–137 in tuberous
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