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Buckingham, Gavin; Binsted, Gordon; Carey, David P. – Brain and Cognition, 2010
When both hands perform concurrent goal-directed reaches, they become yoked to one another. To investigate the direction of this coupling (i.e., which hand is yoked to which), the temporal dynamics of bimanual reaches were compared with equivalent-amplitude unimanual reaches. These reaches were to target pairs located on either the left or right…
Descriptors: Reaction Time, Brain Hemisphere Functions, Handedness, Comparative Analysis
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Foster, Paul S.; Crucian, Gregory P.; Drago, Valeria; Burks, David W.; Mielke, Jeannine; Shenal, Brian V.; Rhodes, Robert D.; Grande, Laura J.; Womack, Kyle; Riesta, Alonso; Heilman, Kenneth M. – Brain and Cognition, 2007
Background/Hypothesis: The degree of attention directed to a stimulus and the presence of anisometric representations can alter the perception of the magnitude of a stimulus. We wanted to learn if normal right-handed subjects' estimates of distance traveled are influenced by the right-left direction or hemispace of movements. Methods: We had…
Descriptors: Stimuli, Handedness, Spatial Ability, Geographic Location
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Adam, Jos J.; Moresi, Sofie – Brain and Cognition, 2007
This research tested the response inhibition account of the hand-advantage found in the finger precuing task. According to this account, the advantage of preparing two fingers on one hand (represented in one hemisphere) as opposed to preparing two fingers on two hands (represented in two hemispheres) is due, in part, to a response inhibition…
Descriptors: Inhibition, Hypothesis Testing, Handedness, Reaction Time