case_images: PMC3872324_01
case_images: Case "A" right temporal theta and alpha activity.
case_images: fnhum-07-00884-g006.jpg
case_images: PMC3872324_01_fnhum-07-00884-g006.jpg
case_images: F6
case_images: Figure 6 illustrates the theta and alpha EEG responses for each stimuli in the R temporal region, highlighting the dominance of EI in theta, and LM in alpha.
case_images: Case "A" frontal beta activity.
case_images: fnhum-07-00884-g007.jpg
case_images: PMC3872324_01_fnhum-07-00884-g007.jpg
case_images: F7
case_images: Furthermore Figure 7 highlights the marked significant increase in frontal beta for LM, which contributed to a significant theta:beta ratio [F(4, 356) = 47.0, p < 0.001] with a marked decrease for LM [F(1, 89) = 133.8, p < 0.001].
case_images: PMC3872324_02
case_images: PMC3872324_03
case_images: Case "C": EEG global responses across bandwidths.
case_images: fnhum-07-00884-g008.jpg
case_images: PMC3872324_03_fnhum-07-00884-g008.jpg
case_images: F8
case_images: Figure 8 details global EEG responses for "C" which were notable for the dominance of music therapy stimuli across theta, alpha, and beta, where ANOVAs for each bandwidth regions indicated significant change.
case_images: Case "C" alpha 1 (8-10.5 Hz) EEG topography.
case_images: fnhum-07-00884-g009.jpg
case_images: PMC3872324_03_fnhum-07-00884-g009.jpg
case_images: F9
case_images: Figure 9 highlights the topographic changes observed between BLS and LM energy in low alpha (8-10.5 Hz), illustrating the relatively less damaged left hemisphere provided the location for increased responses, a pattern repeated across bandwidths for LM and EI.