This symposium will examine the current methods in intracranial EEG as well as advanced and novel analysis methods of intracranial EEG for seizure onset localization using ictal and interictal markers. The program is designed to educate clinicians about determining the seizure onset zone and the area of resection using intracranial EEG. It is in a lecture format.
Learning Objectives
Following participation in this activity, learners will be able to:
Introduction and Index Case: Barbara C. Jobst, MD, PhD
Planning an Intracranial EEG Study: Indications for Chronic Intracranial EEG Recordings: Patient Selection, Who Is a Candidate and Who Is Not: Beate Diehl, MD
Chronic SEEG and Subdural Electrode Recording: Methods, Risks and Benefits: Ashwini Sharan, MD
Identifying the Seizure Onset Zone and the Size of the Resection with Intracranial EE: Interictal Features on iEEG to Determine the Seizure Onset Zone: Spikes, HFOs, Slow-frequency Activity: Birgit Frauscher, MD
Ictal Features Used to Determine the Area of Resection: Patterns of Ictal Onset and Spread: Gregory A. Worrell, MD, PhD
Electrical Stimulation as an Aid in Establishing the Area of Resection: Philippe Kahane, MD, PhD
Computerized Methods for Determining the Area of Resection: Fabrice Bartolomei, MD
Conclusion: Conclusion Index Case, Questions, and Discussion: Barbara C. Jobst, MD
- Identify indications for intracranial EEG recordings
- Examine the risks and benefits of S-EEG versus grid recordings
- Comprehend and identify computerized methods of intracranial EEG analysis
- Identify distinct intracranial seizure onset patterns
- Determine the area of resection based on intracranial recordings
Program
Co-chairs: Barbara C. Jobst, MD, PhD, and Jean Gotman, PhDIntroduction and Index Case: Barbara C. Jobst, MD, PhD
Planning an Intracranial EEG Study: Indications for Chronic Intracranial EEG Recordings: Patient Selection, Who Is a Candidate and Who Is Not: Beate Diehl, MD
Chronic SEEG and Subdural Electrode Recording: Methods, Risks and Benefits: Ashwini Sharan, MD
Identifying the Seizure Onset Zone and the Size of the Resection with Intracranial EE: Interictal Features on iEEG to Determine the Seizure Onset Zone: Spikes, HFOs, Slow-frequency Activity: Birgit Frauscher, MD
Ictal Features Used to Determine the Area of Resection: Patterns of Ictal Onset and Spread: Gregory A. Worrell, MD, PhD
Electrical Stimulation as an Aid in Establishing the Area of Resection: Philippe Kahane, MD, PhD
Computerized Methods for Determining the Area of Resection: Fabrice Bartolomei, MD
Conclusion: Conclusion Index Case, Questions, and Discussion: Barbara C. Jobst, MD