Which Invasive Electrode to Implant in Humans for Prosthetic use?

P. Kennedy
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Abstract

It has long been maintained that tine type electrodes are adequate for long-term prosthetic command signals. Even Elon Musk has developed an electrode that is claimed to record 3072 single units [1]. He further claims it can be used for long-term prosthetic devices. The tine type Utah array (Blackrockmicro Inc.) has been championed as the savior of long-term prosthetic control. However, even the researchers admit that its lifetime is limited because it loses 85% of single units within three years [2]. It suffers the fate of all foreign bodies, namely, scarring at the electrode tip. This will obviously occur with all metal and tine type electrodes that pierce the cortex. So move over Blackrock, move over Elon, there is another way to do it.
在人体植入哪种侵入性电极用于假肢?
长期以来,人们一直认为时间型电极适合于长期的假肢指令信号。甚至埃隆·马斯克(Elon Musk)也开发了一种电极,据称可以记录3072个单单位[1]。他进一步声称,它可以用于长期的假肢装置。timetype Utah阵列(Blackrockmicro Inc.)被誉为长期假肢控制的救星。然而,即使是研究人员也承认它的寿命是有限的,因为它在三年内失去了85%的单个单位[2]。它遭受了所有异物的命运,即电极尖端的疤痕。这显然会发生在所有金属和时间型电极刺穿大脑皮层。所以抛开贝莱德,抛开埃隆,还有另一种方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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