Postural control depends on the integration of multisensory information in the CNS. Audio biofeedback (ABF) systems have been shown to improve postural control, especially when natural sensory information is limited by environmental conditions or pathology [1]. However, the effects of ABF on the CNS and the neural mechanisms associated with its sensory augmentation are still unknown. We present here a novel methodology that we used during simple postural tasks to preliminary investigate such relationships on a single subject basis.
EEG correlates of postural audio-biofeedback
PIRINI, MARCO;MANCINI, MARTINA;TACCONI, CARLO;CHIARI, LORENZO
2009
Abstract
Postural control depends on the integration of multisensory information in the CNS. Audio biofeedback (ABF) systems have been shown to improve postural control, especially when natural sensory information is limited by environmental conditions or pathology [1]. However, the effects of ABF on the CNS and the neural mechanisms associated with its sensory augmentation are still unknown. We present here a novel methodology that we used during simple postural tasks to preliminary investigate such relationships on a single subject basis.File in questo prodotto:
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