BEHAVIORAL MEASURES OF BINOCULAR VISION

据估计，功能性弱视影响约2%的 普通民众。 开发成功的治疗程序 对于功能性弱视的治疗必须建立在对 涉及的机制。 因此，本建议是对 心理物理学和生理光学，利用动物模型， 弱视和异常双眼视觉。 弱视恒河猴 由刺激剥夺、斜视、慢性睫状肌麻痹和prims引起 解离将被用作对比行为实验的受试者 敏感性、增量-阈值敏感性和双眼相互作用 使用双视刺激。 视觉诱发电位数据也将被 收集到的信息。 弱视和弱视的数据 非弱视眼将进行比较和解释的基础上， 潜在的生理过程，可用于预测动物的 行为 还将制定治疗策略，并在一些 弱视的猴子。

It has been estimated that functional amblyopia affects approximately 2% of the general population. The development of successful treatment procedures for functional amblyopia must be based on a thorough understanding of the mechanisms involved. Therefore, the present proposal is an application of psychophysics and physiological optics which utilizes an animal model of amblyopia and anomalous binocular vision. Rhesus monkeys with amblyopia caused by stimulus deprivation, strabismus, chronic cycloplegia and prims dissociation will be used as subjects in behavioral experiments on contrast sensitivity, increment-threshold sensitivity and binocular interactions using dichoptic stimuli. Visual evoked potential data will also be collected on the behaving, amblyopic monkeys. The data of amblyopic and nonamblyopic eyes will be compared and interperted on the basis of underlying physiological process which may be used to predict the animals' behavior. Treatment strategies will also be devised and tested on some of the amblyopic monkeys.