Exemplar subject magnitude-squared coherence (MSC) in the theta (A) and alpha (B) frequency bands for all anatomical regions.

<p>Coherence matrices are shown for all five vibration frequencies, where each square voxel represents the average coherence during stimulation (relative to baseline) for a given pair of brain regions. The color blocks along the axes correspond to a particular brain region (bottom right of <...

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Bibliographic Details
Main Author:	Kara M. Donovan (21445866) (author)
Other Authors:	Joshua D. Adams (21445869) (author), Ki Yun Park (9193166) (author), Phillip Demarest (21445872) (author), Gansheng Tan (19475912) (author), Jon T. Willie (21445875) (author), Peter Brunner (290008) (author), Jenna L. Gorlewicz (21445878) (author), Eric C. Leuthardt (7348868) (author)
Published:	2025
Subjects:	Medicine Cell Biology Neuroscience Biotechnology Evolutionary Biology Science Policy Mental Health Space Science Biological Sciences not elsewhere classified parametric characterization revealed electrode pairs responding 8 &# 8211 70 &# 8211 4 &# 8211 13 &# 8211 greatest coherence response 30 hz ), randomized stimulation pattern frequency coherence measures analyzed across theta potential alternative modality alternative modality spectral coherence vibration frequency frequency bands 40 hz 170 hz vibrotactile tavns vibrotactile stimulation tavns compared tavns ). subject variability seven patients outer ear monitoring participated individual level broadband gamma also quantified alpha bands 402 ).
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Exemplar subject magnitude-squared coherence (MSC) in the theta (A) and alpha (B) frequency bands for all anatomical regions.

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