Masaki Sonoda

This paper maps whole-brain directional neural information flow during auditory and visual naming using intracranial EEG, showing transient excitatory flows and their association with speech processing and stimulation-induced symptoms.

This study uses intracranial EEG data from 106 patients to create a dynamic causal tractography atlas showing how specific white matter fasciculi contribute to different stages of auditory naming.

The paper visualizes functional and effective connectivity in white matter networks during auditory descriptive naming tasks, showing how phrase order influences neural dynamics.

This study examines the normative distribution and propagation pathways of sevoflurane-enhanced electrocorticography biomarkers in pediatric epilepsy patients.

The paper constructs dynamic cortical and tractography atlases to visualize network dynamics of eye movement-related alpha and high-gamma modulations, revealing distinct white matter networks and functional connectivity changes.

This study uses intracranial EEG during naming tasks to predict post-surgery language outcomes in epilepsy patients, finding that high gamma augmentation correlates with neuropsychological decline.

The paper analyzes saccade-related high-gamma activity to localize the primary visual cortex and understand neural dynamics during saccadic eye movements.

This paper introduces a method to visualize neural propagation dynamics via interhemispheric pathways using four-dimensional tractography.

This study shows that scalp EEG high frequency oscillations (HFOs) and their coupling with slow-wave activity correlate with active infantile spasms and can predict them better than hypsarrhythmia.