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Physiological Bases of Proprioception
The Measurement of Proprioceptive Sensitivity
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absolute thresholds accuracy activity Adams afferent after-effect arm movement Bahrick balance ability basis Bilodeau canals cerebellar cerebellar cortex cerebellum cerebral cortex changes Chapter concerning correlation cortex decay hypothesis decrement delay detection Dickinson difference thresholds dynamic balance effect efferent endolymph error evidence example experiment exteroceptive factors feedback loop fibres Fitts Fleishman and Rich function Gibbs Golgi tendon organs increased information feedback input hypothesis interval intrafusal muscle fibre involved joint kinaesthesis knowledge of results learner memory modalities motor learning motor programming motor skill muscle spindles muscular occur overlearning passive pattern recognition perception performance physiological position Posner possible prediction problem produced proprioceptive control proprioceptive cues proprioceptive feedback proprioceptive information proprioceptive sensitivity proprioceptive stimuli psychophysical Purkinje cells receptors relevant retention reticular formation Schmidt sensory stimuli studies subjects were required suggested task techniques tendon organs theory transfer trials verbal vestibular visual information Weber-Fechner Law