Recent studies have revealed an upper bound in motor adaptation, beyond which other
learning systems may be recruited. The factors determining this upper bound are poorly …

Trial-and-error motor adaptation has been linked to somatosensory plasticity and shifts in
proprioception (limb position sense). The role of sensory processing in motor skill learning is …

The brain estimates hand position using visual and proprioceptive cues, which are
combined to give an integrated multisensory estimate. Spatial mismatches between cues …

It is unclear how explicit knowledge of an externally imposed mismatch between visual and
proprioceptive cues of hand position affects perceptual recalibration. The Bayesian causal …

The brain estimates hand position using vision and position sense (proprioception). The
relationship between visual and proprioceptive estimates is somewhat flexible: visual …

Visual and haptic perceptions of 3D shape are plagued by distortions, which are influenced
by nonvisual factors, such as gravitational vestibular signals. Whether gravity acts directly on …

Spatial perception of our hand is closely linked to our ability to move the hand accurately.
We might therefore expect that reach planning would take into account any changes in …

TO THE EDITOR: Heroux et al.(1) proposed a novel framework of proprioceptive
assessment, defining two distinct levels of proprioceptive function: low level when people …

We estimate our hand's position by combining relevant visual and proprioceptive cues. A
cross-sensory spatial mismatch can be created by viewing the hand through a prism or …

Previous work using visually guided reaches to localize landmarks on a hidden hand has
suggested that proprioceptive acuity for hand targets is low and representation of hand …