Phase-dependent modulation of the vestibular-cerebellar network via combined alternating current stimulation influences human locomotion and posture

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SUMMARY

    Gait to maintain head stability (Grossman et_al, 1988; Kavanagh et_al, 2005). Transcranial alternating current stimulation (tACS) can entrain ongoing brain oscillations and modulate brain function in a frequency-dependent manner (Herrmann et_al, 2013; Helfrich et_al, 2014; Nakazono et_al, 2020). As alternating current GVS (AC-GVS, also called sinusoidal GVS) can produce periodic head motion (Coats, 1972; Petersen et_al, 1994; Latt et_al, 2003; Wuehr et_al, 2018), it is useful for inducing the experience of natural head motion. Given that the gait frequency in the study population was around 1 Hz, these mechanisms might explain the . . .

     

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