Humans rely on precise proprioceptive feedback from our muscles, which is important in
both the acquisition and execution of movements, to perform daily activities. Somatosensory …

Proprioceptive information arises from a variety of channels, including muscle, tendon, and
skin afferents. It tells us where our static limbs are in space and how they are moving. It …

Research continues to explore the mechanisms that mediate successful motor control.
Behaviourally-relevant modulation of muscle commands is dependent on sensory signals …

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 …

Background Recent work has demonstrated the importance of proprioception for the
development of internal representations of the forces encountered during a task. Evidence …

Recent work has investigated the link between motor learning and sensory function in arm
movement control. A number of findings are consistent with the idea that motor learning is …

Sensory and motor systems interact closely during movement performance. Furthermore,
proprioceptive feedback from ongoing movements provides an important input for successful …

It is well recognized that the brain uses sensory information to accurately produce motor
commands. Indeed, most research into the relationship between sensory and motor systems …

Multisensory effects are found when the input from single senses combines, and this has
been well researched in the brain. Presently, we examined in humans the potential impact of …

Humans have the remarkable ability to adapt their motor behaviour to changes in body
properties and/or environmental conditions, based on sensory feedback such as vision and …