| 1. | Motion perception of cone cells in normal chinese population
国人锥细胞运动觉的正常值特征 |
| 2. | The motion perception is naso - temporally asymmetric in newborn
摘要新生儿的运动觉是鼻、颞侧不对称的。 |
| 3. | Motor sensibility training
运动觉训练 |
| 4. | During normal visual development , it becomes symmetric in about 5 month - old
在正常的发育过程中，五个月大时，运动觉发育成为对称。 |
| 5. | Objective to assess the change of cone s motion perception in primary open angle glaucoma ( poag )
目的观察原发性开角型青光眼患者3种视锥细胞视觉运动觉的变化。 |
| 6. | Besides infantile esotropia , both eyes or the good eye of these special cases were all motion asymmetric
除了幼儿型内斜视，上述特殊的病例，他们的双眼或好的一眼的运动觉也都是对称的。 |
| 7. | Conclusions these findings indicate that cone s motion perception , especially the blue cone s , may reveal pre - clinical visual nerve damage in poag
结论原发性开角型青光眼视锥细胞的视觉运动觉，尤其是蓝视锥细胞的视觉运动觉检查，是反映青光眼早期视功能损害的有效测试指标之一。 |
| 8. | Methods equi - luminance random dots moving test was used to determine the change of motion perception of blue , green and red cones in 51 eyes with poag
方法应用等亮度随机点的运动觉检查方法，分别通过蓝、绿、红视标显示在黄、紫及青色背景，以分离检查51只青光眼3种视锥细胞的视觉运动觉功能。 |
| 9. | All infantile esotropia had asymmetric motion perception in both eyes regardless whether the strabismus was fixed to one eye or of alternate type , whether the eye was amblyopic or non - amblyopic
所有幼儿型内斜视病人，无论是固定一眼内斜视或是交替性内斜视，也无论是弱视眼或非弱视眼，他两眼的运动觉都是不对称的。 |
| 10. | We concluded that ( 1 ) motion asymmetry correlates closely with early - onset eye disorders that hinder the normal development of binocular vision ; ( 2 ) motion asymmetry correlates less with pure amblyopia ; ( 3 ) motion asymmetry is not unique to infantile esotropia syndrome ; ( 4 ) persisted motion asymmetry in adult is acquired rather than gene - determined ; ( 5 ) motion asymmetry may not be the cause of strabismus ; ( 6 ) motion asymmetry my not be secondary to disorganized nondecussated optic pathway and ( 7 ) motion asymmetry is an overall immaturity of sensory - motor pathway
我们的结论是： ( 1 )任何早发性眼科疾病，假如阻碍了正常的双眼视觉发育，则造成不对称的运动觉； ( 2 )运动觉不对称并不直接和弱视本身相关联； ( 3 )运动觉不对称并非幼儿型内斜视专有的特徵； ( 4 )成人的运动觉若不对称，是视觉发育过程中受到阻碍造成，而非遗传而来的； ( 5 )运动觉不对称并非斜视的原因； ( 6 )运动觉不对称的原因并非来自视觉神经路径上太多的非交叉视觉神经； ( 7 )运动觉不对称是向感觉到运动总体视路径发育不全所造成的结果。 |
