In an upright stance, individuals sway in unpredictable ways. Their eyes also move in unpredictable ways in fixation tasks. The objective of this study was to analyze visual functions, postural control, and cognitive involvement in stationary gaze. A total of 14 healthy young adults performed a fixation task and a free-viewing task (three trials per task, 45 s per trial). As expected, the results showed many ( = 32) significant positive Pearson correlation coefficients between the eye and center of pressure/body (head, neck, and lower back) movements in the fixation task. In the free-viewing task, the correlations were nonsignificant. Only 3 of the 32 significant correlations (9.4%) were significantly related to cognitive involvement (measu...
Background: The human postural control system, which controls balance, is constantly taking in senso...
<div><p>Humans routinely scan their environment for useful information using saccadic eye movements ...
Humans routinely scan their environment for useful information using saccadic eye movements and/or c...
In an upright stance, individuals sway in unpredictable ways. Their eyes also move in unpredictable ...
We studied eye and body movements in 16 healthy young adults who performed visual tasks in upright s...
In upright stance, individuals sway continuously and the sway pattern in dual tasks (e.g., a cogniti...
Previous works usually report greater postural stability in precise visual tasks (e.g. gaze-shift ta...
PURPOSE: To challenge the validity of existing cognitive models of postural control, we recorded eye...
PURPOSE:To challenge the validity of existing cognitive models of postural control, we recorded eye ...
In studies of postural control, a control task is often used to understand significant effects obtai...
In everyday life, individuals sometimes have to perform precise, or challenging, visual tasks in upr...
In two experiments, participants were asked to shift gaze to follow horizontal target oscillation to...
International audiencePurpose. In the upright stance, young adults better stabilize their posture wh...
Visual information is used for postural stabilization in humans. However, little is known about how ...
Visual information is used for postural stabilization in humans. However, little is known about how ...
Background: The human postural control system, which controls balance, is constantly taking in senso...
<div><p>Humans routinely scan their environment for useful information using saccadic eye movements ...
Humans routinely scan their environment for useful information using saccadic eye movements and/or c...
In an upright stance, individuals sway in unpredictable ways. Their eyes also move in unpredictable ...
We studied eye and body movements in 16 healthy young adults who performed visual tasks in upright s...
In upright stance, individuals sway continuously and the sway pattern in dual tasks (e.g., a cogniti...
Previous works usually report greater postural stability in precise visual tasks (e.g. gaze-shift ta...
PURPOSE: To challenge the validity of existing cognitive models of postural control, we recorded eye...
PURPOSE:To challenge the validity of existing cognitive models of postural control, we recorded eye ...
In studies of postural control, a control task is often used to understand significant effects obtai...
In everyday life, individuals sometimes have to perform precise, or challenging, visual tasks in upr...
In two experiments, participants were asked to shift gaze to follow horizontal target oscillation to...
International audiencePurpose. In the upright stance, young adults better stabilize their posture wh...
Visual information is used for postural stabilization in humans. However, little is known about how ...
Visual information is used for postural stabilization in humans. However, little is known about how ...
Background: The human postural control system, which controls balance, is constantly taking in senso...
<div><p>Humans routinely scan their environment for useful information using saccadic eye movements ...
Humans routinely scan their environment for useful information using saccadic eye movements and/or c...