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Establish the Role of Premotor and Motor Cortices in tDCS-facilitated Speech Motor Learning
Sponsor: New York University
Summary
Groups of unimpaired participants will all receive speech motor training of nonwords, and six tDCS conditions will be compared: anodal tDCS over speech motor regions; cathodal tDCS over speech motor regions; anodal tDCS over left frontal regions; cathodal tDCS over left frontal regions; cathodal stimulation over non-speech motor regions (anodal already collected);and sham tDCS (no stimulation). This will address a basic science question about whether the mechanism underlying speech motor learning requires premotor and motor cortical regions to be stimulated, which has implications for treatment of acquired speech impairment. The primary outcome measure will be the difference in production accuracy and changes in motor acuity (measured with duration) of novel consonant cluster production.
Key Details
Gender
All
Age Range
18 Years - 35 Years
Study Type
INTERVENTIONAL
Enrollment
113
Start Date
2022-10-25
Completion Date
2026-03-01
Last Updated
2026-08-24
Healthy Volunteers
Yes
Conditions
Interventions
Anodal speech motor tDCS
tDCS montage set for Anode: C5; Cathode: Fp2
Cathodal speech motor tDCS
tDCS montage set for Anode: Fp2; Cathode: C5
Anodal IFG tDCS
tDCS montage set for Anode: F3; Cathode: Fp2
Cathodal IFG tDCS
tDCS montage set for Anode: Fp2; Cathode: F3
Sham tDCS
tDCS device set in Sham mode
Locations (1)
New York University Department of Communicative Sciences and Disorders
New York, New York, United States