Adaptive body representation requires the continuous integration of multisensory inputs
within a flexible 'body model'in the brain. The present review evaluates the idea that this …

Motor learning, in particular motor adaptation, is driven by information from multiple senses.
For example, when arm control is faulty, vision, touch, and proprioception can all report on …

It has been proposed that the brain predicts the sensory consequences of a movement and
compares it to the actual sensory feedback. When the two differ, an error signal is formed …

Somatosensation is thought to play an important role in skilled motor learning. The present
study investigated how healthy adults learn a continuous implicit motor task when …

Control of myoelectric prostheses and brain–machine interfaces requires learning abstract
neuromotor transformations. To investigate the mechanisms underlying this ability, we …

Background Most motor learning theories posit that proprioceptive sensation serves an
important role in acquiring and performing movement patterns. However, we recently …

Background Current myoelectric prostheses lack proprioceptive information and rely on
vision for their control. Sensory substitution is increasingly developed with non-invasive …

Because our environment and our body can change from time to time, the efficiency of
human motor behavior relies on the updating of the neural processes transforming …

It is uncertain how vision and proprioception contribute to adaptation of voluntary arm
movements. In normal participants, adaptation to imposed forces is possible with or without …

Visuomotor coordination requires both the accurate alignment of spatial information from
different sensory streams and the ability to convert these sensory signals into accurate motor …