<p>(A-C) Posture conditions. Upper vs. lower row: uncrossed vs. crossed hand conditions. Dotted lines indicate fixation. Green arrows depict the locations of the two tactile stimuli for the temporal order judgment. See text for details.</p
(A) Experimental setting including Aperture apparatus, goggles (here: opaque), button-pad and the co...
<p>Upper panels show stimuli presented in experiments 1,3,4,5 (first row, grasp movements) and in ex...
<p>(A) <i>Uncrossed posture</i>: The rubber hand (middle finger) is aligned with the participant's b...
<p>(A-C) Posture conditions. Upper vs. lower row: uncrossed vs. crossed hand conditions. Dotted line...
<p>The two pictures on the left depict the conditions touch hand and movements in peripersonal space...
<p>a) Mean lateral hand position at the moment the obstacles were passed. b) Mean lateral hand posit...
Studies have shown that judgments about the temporal order of two successive tactile stimuli deliver...
We report a series of three experiments designed to examine the effect of posture on tactile tempora...
We report a series of three experiments designed to examine the effect of posture on tactile tempora...
<p>Based on the relationship between head (and body) direction and the fixation position, three expe...
<p>(A) Experimental conditions and associated stimuli. S1 and S2 arrow stimuli are shown followed by...
<p>The figures illustrate the fitted curves from cumulative data from 21 participants. Trials were e...
<p>Graphical representation of the interaction <i>Response</i> (left vs. right) by <i>Arm Posture</i...
Crossing the hands over the midline impairs the ability to correctly judge the order of a pair of ta...
<p>Top: opponent motion stimulus, middle: face/house stimulus, bottom: oblique grating stimulus. The...
(A) Experimental setting including Aperture apparatus, goggles (here: opaque), button-pad and the co...
<p>Upper panels show stimuli presented in experiments 1,3,4,5 (first row, grasp movements) and in ex...
<p>(A) <i>Uncrossed posture</i>: The rubber hand (middle finger) is aligned with the participant's b...
<p>(A-C) Posture conditions. Upper vs. lower row: uncrossed vs. crossed hand conditions. Dotted line...
<p>The two pictures on the left depict the conditions touch hand and movements in peripersonal space...
<p>a) Mean lateral hand position at the moment the obstacles were passed. b) Mean lateral hand posit...
Studies have shown that judgments about the temporal order of two successive tactile stimuli deliver...
We report a series of three experiments designed to examine the effect of posture on tactile tempora...
We report a series of three experiments designed to examine the effect of posture on tactile tempora...
<p>Based on the relationship between head (and body) direction and the fixation position, three expe...
<p>(A) Experimental conditions and associated stimuli. S1 and S2 arrow stimuli are shown followed by...
<p>The figures illustrate the fitted curves from cumulative data from 21 participants. Trials were e...
<p>Graphical representation of the interaction <i>Response</i> (left vs. right) by <i>Arm Posture</i...
Crossing the hands over the midline impairs the ability to correctly judge the order of a pair of ta...
<p>Top: opponent motion stimulus, middle: face/house stimulus, bottom: oblique grating stimulus. The...
(A) Experimental setting including Aperture apparatus, goggles (here: opaque), button-pad and the co...
<p>Upper panels show stimuli presented in experiments 1,3,4,5 (first row, grasp movements) and in ex...
<p>(A) <i>Uncrossed posture</i>: The rubber hand (middle finger) is aligned with the participant's b...
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