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[弱视与斜视中的双眼视功能]

[Binocular functions in amblyopia and strabismus].

作者信息

Awaya S, Sato M, Tsuzuki K, Takara T, Hiraiwa S, Ota K, Arai M, Yoshida M, Miyake Y, Terasaki H, Horiguchi M, Hirano K, Hirose H, Uno Y, Suzuki Y, Iwata M, Takai Y, Maeda M, Hisano S, Kawakita T, Omura T, Ota Y, Kondo N, Takashi A, Kawakami O

机构信息

Department of Ophthalmology, Nagoya University School of Medicine, Japan.

出版信息

Nippon Ganka Gakkai Zasshi. 1997 Dec;101(12):891-905.

PMID:9436355
Abstract

Regarding the changing trends in the concept, definition, etiological classification, and criteria for diagnosis of amblyopia, we reviewed a total of 4,693 cases of amblyopia seen during the past 37 years. The amblyopia was divided into four types: strabismic, anisometropic, ametropic, and form vision deprivative. There was a definite trend for the incidence to decrease and for the diagnosis to be made during earlier age in recent years. Although favorable recovery of visual acuity is obtained after treatment of amblyopia and strabismus, there are difficulties in obtaining good binocular functions in early-onset amblyopia and strabismus. This feature was evaluated in regard to motion perception asymmetry (MPA) and binocular depth from motion (DFM). Many cases of early-onset amblyopia and strabismus showed no disparity stereopsis, or position stereopsis, in spite of the presence of DFM. The MPA appeared to be closely related to early-onset esotropia regardless of age, while it disappeared and motion perception became symmetric 4 to 5 months after birth in normal infants. The DFM seemed to play an important role in maintaining good motor alignment for several years after surgery. I developed a checkerboard pattern stimulator in 1978. This method proved to be useful in developing binocular functions and motor alignment by applying simultaneous bifoveolar stimulation and anti-suppression. Extensive exposure to the stimulation was essential for therapeutic success.

摘要

关于弱视概念、定义、病因分类及诊断标准的变化趋势,我们回顾了过去37年间共4693例弱视病例。弱视分为四种类型:斜视性、屈光参差性、屈光不正性和形觉剥夺性。近年来,发病率有明确的下降趋势,且诊断年龄提前。尽管弱视和斜视治疗后视力能得到良好恢复,但早发性弱视和斜视患者获得良好双眼功能存在困难。这一特征通过运动感知不对称(MPA)和运动双眼深度(DFM)进行评估。许多早发性弱视和斜视病例尽管存在DFM,但却没有视差立体视觉或位置立体视觉。无论年龄大小,MPA似乎与早发性内斜视密切相关,而正常婴儿出生后4至5个月时MPA消失,运动感知变得对称。DFM似乎在手术后数年维持良好的眼肌正位方面发挥重要作用。我在1978年研制了一种棋盘格图案刺激器。通过同时进行双黄斑刺激和抗抑制,该方法被证明对发展双眼功能和眼肌正位有用。大量接受刺激对治疗成功至关重要。

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