Hippocampal Oscillations During Exploration in Epilepsy Patients
This study aims to understand how brain activity in the hippocampus (a part of the brain important for memory and navigation) changes during exploration in people with epilepsy. Researchers will use two approaches: "Visual Exploration" involves cognitive testing while you are admitted to an epilepsy monitoring unit, and "Ambulatory Exploration" involves cognitive tasks during a study visit. The study will look at how brain waves (hippocampal theta power) change under different levels of cognitive effort (high, medium, and low cognitive loads). You may be eligible if you are 18-70 years old, can give informed consent, and either have hippocampal depth electrodes for epilepsy surgery or an implanted RNS device with a hippocampal depth electrode. The study plans to enroll 56 participants.
- Study design
- This is an interventional study with two main aims, involving surgical epilepsy patients, RNS patients, and healthy controls. It plans to enroll 56 participants.
- What's involved
- You would participate in cognitive testing sessions, either while admitted to an epilepsy monitoring unit or during a study visit. The number of sessions for visual exploration will vary based on your availability and stamina.
- Compensation
- Not stated in the trial record.
- Follow-up
- The primary endpoints for hippocampal theta power are measured at a single study visit (Day 1).
AI-generated from the public study record. Only the study team can confirm whether you're eligible — confirm details with them before making decisions.
Hippocampal Oscillations During Exploration
At a glance
Conditions
Where it's being run
1 sites across 1 statesStudy leadership
- Anli Liu, MD, MA · PRINCIPAL_INVESTIGATOR · NYU Langone Health
Who to contact
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Do you actually qualify for this trial?
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Inclusion
Exclusion
What this trial measures
- Hippocampal Theta Power Under High Cognitive LoadsStudy Visit (Day 1)
Aims 1 and 2. High cognitive loads defined as visual exploration of a complex scene with goal-driven task.
- Hippocampal Theta Power Under Medium Cognitive LoadsStudy Visit (Day 1)
Aims 1 and 2. Medium cognitive loads defined as visual exploration of a simpler scene with fewer objects.
- Hippocampal Theta Power Under Low Cognitive LoadsStudy Visit (Day 1)
Aims 1 and 2. Low cognitive loads defined as visual exploration of moving dots.
- Hippocampal Theta Power Under No Cognitive LoadsStudy Visit (Day 1)
Aims 1 and 2. Low cognitive loads defined as staring at a blank field of view or REM sleep.
- Coherence Time-Locked to the Saccade Under High Cognitive LoadsStudy Visit (Day 1)
Aims 1 and 2. High cognitive loads defined as visual exploration of a complex scene with goal-driven task.
- Coherence Time-Locked to the Saccade Under Medium Cognitive LoadsStudy Visit (Day 1)
Aims 1 and 2. Medium cognitive loads defined as visual exploration of a simpler scene with fewer objects.
- Coherence Time-Locked to the Saccade Under Low Cognitive LoadsStudy Visit (Day 1)
Aims 1 and 2. Low cognitive loads defined as staring at a blank field of view or REM sleep.
- Coherence Time-Locked to the Saccade Under No Cognitive LoadsStudy Visit (Day 1)
Aims 1 and 2. Low cognitive loads defined as staring at a blank field of view or REM sleep.