Beth A. Lopour

The paper predicts treatment response in infantile epileptic spasms syndrome using EEG phase-amplitude coupling, finding that lower pre-treatment modulation index values correlate with better treatment outcomes.

The paper uses EEG functional connectivity to track progression from infantile epileptic spasms syndrome to Lennox-Gastaut Syndrome and identifies patterns associated with treatment response and disease markers.

This study evaluates whether optimizing automated HFO detection using visual markings improves SOZ localization accuracy, finding no significant improvement.

This paper shows that time-varying dynamics of high frequency oscillations (HFOs) are better predictors of the seizure onset zone than HFO rate alone.

This paper introduces a method to dynamically alter electrode size in vivo to study the impact of electrode size on intracranial EEG features across different brain regions.

The paper identifies computational EEG features that distinguish epileptic spasms patients from controls with high accuracy.

The paper shows that overnight caloric restriction before cardiac arrest and resuscitation improves survival and neurological outcomes in rodents, independent of SIRT-1 and BDNF.

This study develops an automated method to detect high-frequency oscillations (HFOs) in long-term scalp EEG from infantile spasms patients and healthy controls, showing higher HFO rates in patients and a significant reduction after ACTH treatment.

This study examines how functional brain networks in infants change over long time scales using EEG data, finding stable network patterns during sleep and wakefulness with temporal variations in network properties.

This study compares HFO amplitude and rate as biomarkers for seizure onset zone localization using iEEG data from 11 patients, finding amplitude provides better classification accuracy and consistency.

The paper develops an algorithm to detect high-frequency events in intracranial EEG without relying on amplitude or morphology assumptions, finding it identifies more events in non-seizure zones and shows amplitude differences between seizure and non-seizure zones.

The paper investigates how interictal epileptiform discharges affect EEG-based functional connectivity networks, finding increased connectivity strength in infantile spasms but no structural changes.

The paper characterizes spreading depolarization and repolarization during cardiac arrest in a rodent model and links their timing to neurological recovery outcomes.