ADAPTIVE CHANGES OF OPPOSITE SIGN IN OCULOMOTOR SYSTEMS OF 2 EYES
ADAPTIVE CHANGES OF OPPOSITE SIGN IN OCULOMOTOR SYSTEMS OF 2 EYES
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DOI：
10.1080/14640747408400392
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发表时间：
1974-01-01
影响因子：
1.7
通讯作者：
CRAWSHAW, M
中科院分区：
文献类型：
--
作者：
CRASKE, B;CRAWSHAW, M
受试者检查他们的脚通过基地出棱镜3分钟。使用双目视觉，随后达到没有棱镜表现出显着高估的距离。单眼测试显示，每只眼睛在指向相反方向的目标时会发生横向偏移。这表明，注册，而不是实际的，收敛是近距离感知的一个因素，而相反的适应发生在每只眼睛的运动控制系统。
Subjects inspected their feet via base-out prisms for 3 min. Using binocular vision, subsequent reaching without prisms showed significant overestimation of distance. Monocular testing showed a lateral shift in pointing to targets in opposite directions for each eye. This indicates that registered, as opposed to actual, convergence is a factor in near distance perception, and that opposite adaptation occurs within the motor control system for each eye.