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RETINAL PROSTHESIS.

机译:视网膜假体。

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摘要

Retinal prostheses represent the best near-term hope for individuals with incurable, blinding diseases of the outer retina. On the basis of the electrical activation of nerves, prototype retinal prostheses have been tested in blind humans and have demonstrated the capability to elicit the sensation of light and to give test subjects the ability to detect motion. To improve the visual function in implant recipients, a more sophisticated device is required. Simulations suggest that 600-1000 pixels will be required to provide visual function such as face recognition and reading. State-of-the-art implantable stimulator technology cannot produce such a device, which mandates the advancement of the state of the art in areas such as analog microelectronics, wireless power and data transfer, packaging, and stimulating electrodes.
机译:对于患有无法治愈的,外部视网膜致盲性疾病的个体,视网膜假体是最好的近期希望。根据神经的电激活,已经在盲人中对原型视网膜假体进行了测试,并证明了其具有激发光感并使测试对象具有检测运动的能力。为了改善植入物接受者的视觉功能,需要更复杂的设备。仿真表明,将需要600-1000个像素才能提供视觉功能,例如面部识别和阅读。现有技术的可植入刺激器技术无法生产这种设备,这要求在诸如模拟微电子学,无线电力和数据传输,封装和刺激电极等领域提高技术水平。

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