Sentence examples for both visual and proprioceptive from inspiring English sources

Both visual and proprioceptive signals contributed to this modulation.

Previous studies have demonstrated that both visual and proprioceptive feedback influence motor control.

Since the movement task requires both visual and proprioceptive errors, we chose to divide attention by an auditory task.

We suggest that VH could be a sign of such dysfunction, perhaps related to cerebellum receiving both visual and proprioceptive signals and controlling both eye alignment and posture.

During normal movements with both visual and proprioceptive feedback, these two sensory information modalities are combined by the brain in order to accurately estimate the current state of the limb.

While there has been much investigation into the integration of proprioception and vision [6], [7], [8], as well as the accuracy of arm movements to both visual and proprioceptive targets [6], [9], [10], [11], [12], [13], [14], [15], [16], [17], relatively little is known about how proprioception varies across the workspace [see 18 2010 for a recent study].

During BCWH, both the visual and proprioceptive feedbacks were relevant but provided conflicting error signals: the visual feedback indicated that the cursor was deviating from the desired trajectory, while the proprioceptive feedback indicated that the arm was following the desired trajectory.

These results support the direction-dependent weighting of visual and proprioceptive information, with vision relatively more dominant in the azimuthal direction, and proprioception relatively stronger in the radial direction.

This combination of visual and proprioceptive information was available to participants in the present Experiment 2, however, only proprioception was available to localize the hands in Experiment 1.

On the other hand, during navigation the interaction between a human body and the environment produce changeable relations deriving from perceptual, visual and proprioceptive flows occurring between the body and the objects.

This study used a hand-pointing paradigm and exposure with base-out prisms to evaluate the relative contributions of sensory (visual and proprioceptive) and motor components of adaptation to perceived-distance alteration.