早在1751年,杰出的美国科学家富兰克林曾经预言,利用某种形式的电刺激、声形象和光幻视等,将能使盲人的视力得到“恢复”。这一预言正在成为现实。医学生理学家和机电工程专家们密切合作,潜心研究开发各种类型的光电化、视像化和高性能的盲视康复新技术,不断出现前所未有的新成果。 电激脑神经治盲视 视神经受损是目前导致视力衰退和失明的最常见的原因。视神经好比由无数条纤维组成的多芯电缆。以脉冲形式形成的视觉信号就是沿着这一传导系统进入能辨认形象的大脑中心组织。因此,当大部分视神经受损时,信息的传导便会发生困难以致完全受阻,前苏 As early as 1751, Franklin, a prominent American scientist, predicted that the use of some form of electrical stimulation, sound imagery, and optical illusion would “restore” blindness in the blind. This prophecy is becoming reality. Medical physiologists and electromechanical engineering experts work closely together to devote themselves to researching and developing various new types of photoreactive, visual and high-performance blindness rehabilitation techniques, and new and unprecedented results continue to emerge. Electroencephalogram management Blind optic nerve damage is the most common cause of vision loss and blindness. Optic nerve is like multi-core cable composed of numerous fibers. The visual signal formed in pulses is the central brain tissue that enters the recognizable image along this conduction system. Therefore, when most of the optic nerve damage, the conduction of information will be difficult to be completely obstructed, the former Soviet Union