We presume that neurons lose in old cats, which hints that the loss of retinal cells might be of an important factor mediating visual functional declines during senescence.
推测老年猫存在神经元丢失现象，提示在衰老过程中视网膜细胞丢失可能是造成视觉功能衰退的重要原因之一。
Retinal ganglion cells receive visual information from photoreceptors and collectively transmit visual information from the retina to several regions in the brain.
视网膜神经节细胞接受来自光感受器的视觉信息并将视觉信息从视网膜全体传送至脑的不同区域。
Ultimately, scientists hope they can use this approach to make endless supplies of retinal cells or indeed whole retinas that can be transplanted into patients with visual impairment.
科学家们基本上希望他们能够利用这个途径来实现可移植到视觉缺陷病人上的视网膜细胞或者真正的整个视网膜的无尽供应。
Subretinal prosthesis can utilize more retinal live cells to process visual signal and has attracted most attention in the field of artificial visual function recovery.
外层型人工视网膜修复可以更多地利用视网膜疾病患者中的残余活细胞，已成为人工视觉功能修复技术领域的研究热点。
Retinal ganglion cells play an important role in visual conduction.
视网膜神经节细胞在视觉通路中起着重要的传导作用。
These stimulate any remaining functional retinal cells and produce visual signals similar to those generated by healthy eyes.
这些脉冲剌激了尚存功能的视网膜单元，产生了与健康眼睛产生的可视信号相似的信号。
Vitamin A is to create visual cells in order to feel weak light of the composition of rhodopsin, rhodopsin from opsin and 11 - cis - retinal composition, with the dark vision related.
维生素A是构成视觉细胞中感受弱光的视紫红质的组成成分，视紫红质是由视蛋白和11-顺-视黄醛组成，与暗视觉有关。
Vitamin A is to create visual cells in order to feel weak light of the composition of rhodopsin, rhodopsin from opsin and 11 - cis - retinal composition, with the dark vision related.
维生素A是构成视觉细胞中感受弱光的视紫红质的组成成分，视紫红质是由视蛋白和11-顺-视黄醛组成，与暗视觉有关。
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