An interventional study of Sham TMS3 stimulation and rTMS of left or right angular gyrus (AG) or frontal cortex (FC) in Seizures, Seizure Disorder and Psychogenic Movement Disorder, sponsored by NYU Langone Health. Recruiting at 1 site in United States. Open to participants aged 18 Years to 65 Years, including healthy volunteers. Per ClinicalTrials.gov, last updated 2026-09-25.
Sponsored by NYU Langone Health · Not applicable, Interventional, and Basic science
The purpose of this protocol is to learn about movement intention and volition. To improve such knowledge, investigators will conduct sub-studies using multiple non-invasive methodologies. These results could provide preliminary data for subsequent studies evaluating local and global efficacy of plasticity-inducing treatments for PMD symptoms.
This study will:
(Healthy Controls)
(Patients with PMD or PNES):
Exclusion Criteria:
PMD and PNES Patients
All healthy volunteers will complete the healthy volunteer form, MRI safety screening form, and the Montreal Cognitive Assessment (MOCA).
Device: Sham TMS3 stimulation · Device: rTMS of left or right angular gyrus (AG) or frontal cortex (FC) · Device: Anodal tDCS of left or right AG or FC
PMD and PNES subjects will be referred by the treating
Device: Sham TMS3 stimulation · Device: rTMS of left or right angular gyrus (AG) or frontal cortex (FC) · Device: Anodal tDCS of left or right AG or FC
half of the subjects will receive sham stimulation first
Half of the subjects will receive active stimulation first; A subject may receive either TMS or tDCS stimulation, but not both, over the course of the sub-study.
Also known as: 45 Minutes
Half of the subjects will receive active stimulation first; A subject may receive either TMS or tDCS stimulation, but not both, over the course of the sub-study.
Also known as: 30 Minutes
Changes in signal intensity measured using of tDCS
as a result of altering cerebral perfusion in response to neurophysiologic stimulation
Time frame: 30 Minutes
Changes in signal intensity measured during EEG recording
as a result of altering cerebral perfusion in response to neurophysiologic stimulation
Time frame: 3 Hours
Changes in signal intensity measured during MEG
as a result of altering cerebral perfusion in response to neurophysiologic stimulation
Time frame: 3 Hours
Plan to share: Undecided
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