本研究介绍了一种基于颜色视觉诱发电位(vep)的色觉缺陷检测系统。
A testing system for color vision deficiencies based on chromatic visual evoked potential (VEP) was described in this paper.
结论(1)颜色视觉诱发电位客观地检查先天性色觉异常是可行的，对红绿色盲和绿色盲尤为敏感。
Conclusion (1) it is feasible to use chromatic VEP for examining congenital color vision deficient, especially for red green blindness and deuteranopia.
色觉是视觉功能的重要组成部分。
皮层下神经元的去抑制整合野参与传递视觉图像中的低空间频率信息，并与色觉恒定性机制有关。
The disinhibitory IF of subcortical neurons contributes to transmission of low spatial frequency information of visual images and tO the maintenance of color constancy.
我们的色觉依旧是演化改造工程的结果，比起鸟类与许多爬行类及鱼类的四色视觉系统，我们还是少了一个色素。
Ours is still the result of an evolutionary reclamation job and remains one pigment short of the tetrachromatic visual system found in birds and in many reptiles and fish.
脊椎动物的色觉始于视网膜里的锥细胞，再透过神经细胞将视觉讯号传输到大脑。
Color vision in vertebrates begins with the cone cells in the retina, the layer of nerve cells that transmits visual signals to the brain.
实验结果表明：观看激光扫描显示器会对视觉调节反应和色觉产生影响。
The experimental results showed that viewing a laser-scanned display affect the accommodation response and color perception.
实验结果表明：观看激光扫描显示器会对视觉调节反应和色觉产生影响。
The experimental results showed that viewing a laser-scanned display affect the accommodation response and color perception.
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