Retinitis pigmentosa (RP) causes blindness due to the progressive degeneration of rod and cone photoreceptors in the retina.
视网膜色素变性(反相)的原因造成失明的逐步退化的杆和锥感光的视网膜。
Color vision in vertebrates begins with the cone cells in the retina, the layer of nerve cells that transmits visual signals to the brain.
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。
Vision in bright light, mediated by cone cells of the retina; daylight vision.
光适就，眼对光调节通过视网膜的锥形细胞调整亮光中的视觉；光线视觉。
The human retina contains three types of cone cells that absorb light in different parts of the spectrum. ABsence of these types causes colour Blindness to red, green, and Blue.
人类视网膜中有三种锥体细胞能吸收光谱不同部分的光，缺少其中一或多种细胞便会造成色盲。
Color vision in vertebrates begins with the cone cells in the retina, the layer of nerve cells that transmits visual signals to the brain.
在大脑的控制下，视觉信息从神经节细胞传输给视神经，再传输给大脑后部的视觉大脑皮层。
According to the vision character of cone and rod in human's retina, a new model called vision adaptability model is proposed in this paper, the model aims at enhancing color image.
根据人眼视网膜上的锥细胞和柱细胞的视觉特性，提出了用于彩色图像增强的视觉适应性模型。
According to the vision character of cone and rod in human's retina, a new model called vision adaptability model is proposed in this paper, the model aims at enhancing color image.
根据人眼视网膜上的锥细胞和柱细胞的视觉特性，提出了用于彩色图像增强的视觉适应性模型。
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