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首页> 外文期刊>Journal of Neurophysiology >Impact of task-specific training on saccadic eye movement performance
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Impact of task-specific training on saccadic eye movement performance

机译:特定任务培训对扫视眼运动表现的影响

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摘要

Prosaccades are saccadic eye movements made reflexively in response to the sudden appearance of visual stimuli, whereas antisaccades are saccades that are directed to a location opposite a stimulus. Bibi and Edelman (Bibi R, Edelman JA. J Neurophysiol 102: 3101-3110, 2009) demonstrated that decreases in reaction time resulting from training prosaccades along one spatial axis (horizontal or vertical) could transfer to prosaccades made along the other axis. To help determine whether visual or motor-related processes underlie this facilitation, in the present study we trained participants to make prosaccades and probed their performance (reaction time, error rate) on antisaccade trials and vice versa. Subjects were probed for the effects of training on saccade performance before, during, and after 12 sessions of training. Training on prosaccades improved performance on both pro- and antisaccade tasks. Antisaccade training, with either a classic step task or a gap task, improved performance on gap prosaccades, though by less than it improved antisaccade performance, but had limited effect on an overlap prosaccade task. Across all subjects, training on one task only rarely had an adverse impact on an untrained task. These findings suggest that the predominant effect of saccade training is to facilitate fixation disengagement and motor preparation processes while having little impact on visual input to the saccadic system.
机译:抹布是扫视眼动作,反复地反应着视觉刺激的突然出现,而反剖解是针对刺激相反的位置的扫视。 Bibi和Edelman(Bibi R,Edelman Ja。J Neurophysiol 102:3101-3110,2009)证明,由于沿着一个空间轴(水平或垂直)训练产生的反应时间的减少可以转移到沿着另一个轴制造的复位器。为了帮助确定视觉或与电动相关的流程是否提出这种便利化,在本研究中,我们培训了参与者在反官方试验中培训过来并探讨了他们对反官方试验的表现(反应时间,错误率),反之亦然。探讨了培训对训练前,期间和12次培训期间和之后的思考的影响。对ProsAccades培训提高了Pro-and ActiSaccade任务的性能。反察觉培训,具有经典的步骤任务或差距任务,提高了Gap ProsAck的性能,但通过少于它改进的反剖解性能,但对重叠ProsaCcade任务的影响有限。在所有科目中,一项任务的培训很少对未经训练的任务产生不利影响。这些发现表明,扫视训练的主要效果是促进固定脱离和运动准备过程,同时对扫视系统的视觉输入影响很小。

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