目前基于神经电刺激的视觉功能修复主要可以分为三种：视网膜修复、视神经修复、以及视皮层修复。
Currently, restoration of visual function based on nerve electrical stimulation can be divided into three types: retinal repair, optic nerve repair, and visual cortex repair.
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。
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.
如果将非角膜骨髓干细胞引入到人类角膜能够改变它们的功能，我们也许能够修复由于突变造成的视觉敏锐性的丧失。
If we can change the function of non-corneal bone marrow stem cells by introducing them into human corneas, we can possibly repair the loss of visual sharpness caused by mutations.
在视网膜附近植入人造芯片以恢复受损的视觉功能是视网膜修复的一个重要研究方面。
It is one of the important aspects for retinal prosthesis by implanting artificial chips in the retinal region to restore degenerated vision.
在视网膜附近植入人造芯片以恢复受损的视觉功能是视网膜修复的一个重要研究方面。
It is one of the important aspects for retinal prosthesis by implanting artificial chips in the retinal region to restore degenerated vision.
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