Despite the significant morbidity and mortality associated with catatonia in autism, no diagnostic research has attempted to identify biomarkers for catatonia. This application will use a participant's own individual brain magnetic resonance image to target the primary motor strip with transcranial magnetic stimulation; to determine if hyper-excitability of the brain directly correlates with symptoms of catatonia and social-emotional impairment in autism. Completion of this project would result in the first study to associate hyper-excitability of the brain with catatonia and core features of autism; findings which are likely to have a significant impact on the health and well-being of autistic individuals.
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The change in motor evoked potentials elicited from transcranial magnetic stimulation
Timeframe: Following the application of cTBS, batches of 10 MEPs will be measured every 20 minutes for a total of 120 minutes. ∆MEP amplitude will be calculated at each 20 minute interval.
Bush Francis catatonia rating scale
Timeframe: This examination will be performed twice over the study period. The first examination will occur at the initial visit (baseline). The second examination will occur prior to the TMS procedure. There will be no follow up examination after study completion.