to demystify the brain one-millisecond at a time
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A literature review examines how anesthetic agents alter electrocorticographic signals and what those effects mean for reliable localization during epilepsy surgery.
Read MoreAn updated perspective on brain–computer-interface methods for mapping epileptic networks with intracranial EEG—and the work still needed for clinical translation.
Read MoreThis foundational review explores how BCI approaches can use intracranial EEG to map epileptic brain networks and support future clinical decision-making.
Read MoreThis commentary examines whether very-high-frequency oscillations above 500 Hz can improve interictal localization of epileptogenic brain tissue—and why faster recording still requires physiological context.
Read MoreWe report a case of impairment of consciousness (IOC) induced by electrical cortical stimulation (ECS) of homologous regions within the lateral frontal convexities in a patient with medically intractable epilepsy. The patient had mixed features of idiopathic generalized and focal epilepsy. On intracranial EEG recording, interictal and ictal discharges showed a high degree of synchrony across widespread bilateral fronto-parietal areas. We identified regions in the lateral frontal lobes that reliably and produced loss of consciousness by ECS.
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