Lagrèze W D, Sireteanu R
Max-Planck-Institute for Brain Research, Neurophysiologische Abteilung, Frankfurt, Germany.
Vision Res. 1991;31(7-8):1271-88. doi: 10.1016/0042-6989(91)90051-6.
Two-dimensional space perception was measured in the central visual field of amblyopic subjects under special consideration of spatial distortions and spatial uncertainty. The subjects had to construct circles with different radii around a given fixation point. Subjects with deep strabismic amblyopia were showed to exhibit considerable distortion in the amblyopic eye. Each subject exhibited an individual distortion pattern. The dominant eye showed distortions similar to those seen in normal observers. Subjects with mild strabismic amblyopia, strabismic alternators and anisometropic amblyopes did not exhibit any significant spatial distortions. Data from dichoptic localization experiments indicate that anomalous retinal correspondence might contribute to monocular spatial distortions.
在特别考虑空间扭曲和空间不确定性的情况下,对弱视患者的中心视野进行二维空间感知测量。受试者必须围绕给定的注视点构建不同半径的圆。结果显示,患有严重斜视性弱视的受试者弱视眼存在相当大的扭曲。每个受试者都表现出独特的扭曲模式。优势眼的扭曲与正常观察者相似。患有轻度斜视性弱视、交替性斜视和屈光参差性弱视的受试者未表现出任何明显的空间扭曲。双眼定位实验的数据表明,异常视网膜对应可能导致单眼空间扭曲。