视网膜芯片

外层型CMOS人工视网膜芯片的研究

Study on CMOS Artificial Retina Microchip for Subretinal Electrical Stimulation

标准CMOS工艺的外层型人工视网膜芯片设计

Design of subretinal artificial chip based on standard CMOS technology

如人工视网膜芯片的设计。

For example , the design of artificial retina chips .

iPhone5C将有绿色、白色、蓝色、红色和黄色五种颜色可以选择，这款手机配备了一个4英寸视网膜显示屏和A6芯片。

The 5C will come in five colors-green , white , blue , red and yellow-and have a 4-inch retina display and A6 chip .

用于视觉修复的视网膜下植入微芯片

Subretinal implanting micro-chips for vision prosthesis

这种人造视网膜，它的芯片可以将画面转换为电子信号，而它的微型投影机可以将电子信号转化为投影光线。

This produced artificial retinas , whose chips convert images into electronic signals and whose tiny projectors convert electronic signals into light .

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 .

方法本研究将16例视网膜母细胞瘤组织和5例正常视网膜组织做成组织芯片，并对组织芯片上细胞形态和BAG-1蛋白表达情况与常规组织切片作比较。

Methods The retinal tissue from 16 retinoblastoma and 5 normal cases was made into tissue microarray , the morphous of cells and the expression of BAG-1 in them was compared with that in normal tissue slice .