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弱视中的自我中心距离感知障碍

Egocentric Distance Perception Disorder in Amblyopia.

作者信息

Dong Bo, Chen Airui, Zhang Tianyang, Zhang Ming

机构信息

Department of Psychology, Suzhou University of Science and Technology, Suzhou, China.

School of Public Health, Soochow University, Suzhou, China.

出版信息

Psychol Belg. 2021 Jun 21;61(1):173-185. doi: 10.5334/pb.1038.

Abstract

Egocentric distance perception is a psychological process in which observers use various depth cues to estimate the distance between a target and themselves. The impairment of basic visual function and treatment of amblyopia have been well documented. However, the disorder of egocentric distance perception of amblyopes is poorly understood. In this review, we describe the cognitive mechanism of egocentric distance perception, and then, we focus on empirical evidence for disorders in egocentric distance perception for amblyopes in the whole visual space. In the personal space (within 2 m), it is difficult for amblyopes to show normal hand-eye coordination; in the action space (within 2 m~30 m), amblyopes cannot accurately judge the distance of a target suspended in the air. Few studies have focused on the performance of amblyopes in the vista space (more than 30 m). Finally, five critical topics for future research are discussed: 1) it is necessary to systematically explore the mechanism of egocentric distance perception in all three spaces; 2) the laws of egocentric distance perception in moving objects for amblyopes should be explored; and 3) the comparison of three subtypes of amblyopia is still insufficient; 4) study the perception of distance under another theoretical framework; 5) explore the mechanisms of amblyopia by Virtual Reality.

摘要

自我中心距离感知是一种心理过程,观察者利用各种深度线索来估计目标与自身之间的距离。基本视觉功能的损害及弱视的治疗已有充分记录。然而,弱视患者自我中心距离感知障碍却鲜为人知。在本综述中,我们描述了自我中心距离感知的认知机制,然后重点关注了弱视患者在整个视觉空间中自我中心距离感知障碍的实证证据。在个人空间(2米以内),弱视患者很难表现出正常的手眼协调能力;在行动空间(2米至30米以内),弱视患者无法准确判断空中悬挂目标的距离。很少有研究关注弱视患者在远景空间(超过30米)的表现。最后,讨论了未来研究的五个关键主题:1)有必要系统地探索所有三个空间中自我中心距离感知的机制;2)应探索弱视患者对移动物体的自我中心距离感知规律;3)对弱视三种亚型的比较仍然不足;4)在另一个理论框架下研究距离感知;5)通过虚拟现实探索弱视的机制。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/9319/8231473/74edc46b19c4/pb-61-1-1038-g1.jpg

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