Page 13 - MEGIN Book Of Abstracts - 2023

p. 169 The Value of Source Localization for Clinical Mag- p. 175 Towards the Automatic Localization of the Ir-
netoencephalography: Beyond the Equivalent ritative Zone Through Magnetic Source Imaging
Current Dipole (2020) (2020)

p. 169 Normal Variants in Magnetoencephalography p. 176 Automatic and Accurate Epilepsy Ripple and Fast
(2020) Ripple Detection via Virtual Sample Generation
and Attention Neural Networks (2020)
p. 170 The 10 Common Evidence-Supported Indica-
tions for MEG in Epilepsy Surgery: An Illustrated p. 176 Temporal-plus epilepsy in children: A connec-
Compendium (2020) tomic analysis in magnetoencephalography
(2020)
p. 170 Redefining the role of Magnetoencephalogra-
phy in refractory epilepsy (2020) p. 177 Mapping language from MEG beta power modu-
lations during auditory and visual naming (2020)
p. 171 Bridging the gap between analytical methods
and their clinical interpretation (2020) p. 178 Relationship between epileptiform discharges
and social reciprocity or cognitive function in
p. 171 Multidimensional analytical methods and their children with and without autism spectrum
clinical interpretation (2020) disorders: An MEG study (2020)

p. 171 Electromagnetic evidence that benign epilep- p. 178 Sensitivity of magnetoencephalography as a
tiform transients of sleep are traveling, rotating diagnostic tool for epilepsy: a prospective study
hippocampal spikes (2020) (2020)

p. 172 Secondary epileptogenesis on gradient mag- p. 179 Spike-associated networks and intracranial elec-
netic-field topography correlates with seizure trographic findings (2020)
outcomes after vagus nerve stimulation (2020)
p. 179 Identifying the epileptogenic zone by four non-
p. 172 Awake state-specific suppression of primary invasive imaging techniques versus stereo-EEG
somatosensory evoked response correlated with in MRI-negative pre-surgery epilepsy patients
duration of temporal lobe epilepsy (2020) (2020)

p. 173 The relationship between epilepsy and cogni- p. 180 Detection of interictal epileptiform discharges: A
tive function in benign childhood epilepsy with comparison of on-scalp MEG and conventional
centrotemporal spikes (2020) MEG measurements (2020)

p. 174 Recurrence quantification analysis of dynamic p. 181 Insular Magnetoencephalography Dipole Clus-
brain networks (2021) ters in Patients With Refractory Focal Epilepsy
(2021)
p. 174 The relationship between neuromagnetic activ-
ity and cognitive function in benign childhood p. 181 Evidence From Meta-Analysis Supports Ictal
epilepsy with centrotemporal spikes (2020) Magnetoencephalographic Source Imaging as
an Accurate Method in Presurgery Evaluation of
p. 175 Enhanced Fast-VESTAL for Magnetoencephalog- Patients With Drug-Resistant Epilepsy (2020)
raphy Source Imaging: From Theory to Clinical
Application in Epilepsy (2021)

 ontents  Index xii
C