Figure 3.

(a) Grand average pseudo‐Z maps of cortical activity indicate that monaural click‐trains evoked contralateral dominant activation in adolescents whereas tone‐bursts evoked right hemispheric dominant activation, regardless of ear stimulated in a similar aged cohort. (b) Click‐train stimulation of the left ear evoked significantly increased activity in the right than left auditory cortex (p = .002), whereas right ear stimulation evoked bilaterally symmetric cortical activation (p = .332). Averaged across three time windows, dipole moments were significantly larger in the right auditory cortex than the left auditory cortex in response to tone‐bursts to either ear (left ear stimulation: p = .014, right ear stimulation: p = .026). (c) No significant effects on latencies were found bar longer latencies in the right cortex ipsilateral to right tone‐burst stimulation during the P2 time window (p = .018) (*p < .05, **p < .01)