Signal Regeneration and Function Rebuilding Using Microelectronic Neural Bridge between Two Far-Separated Nervous Systems

Zhi-Gong Wang,Xiao-Ying Lü,Wen-Yuan Li,Xiaoyan Shen,Zonghao Huang,Xintai Zhao,Liangjie Du,Zheng-Lin Jiang,Xingya Gao,Guohua Wang,Pan Haixian,Cunliang Zhu,Xin Gong,Lei Qiu

Body Sensor Networks（2011）

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摘要

This paper reviews at first the features of the present information techniques including the telephone, the television, the computer, and the body sensor network briefly. Then, the concept and the construction of microelectronic neural bridges (MENB) are discussed. A special animal experiment in which the signal regeneration and the function rebuilding were realized by using a MENB between two far-separated nervous systems is demonstrated. The applications of presented concept are prospected.

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关键词

special animal experiment,far-separated nervous systems,function rebuilding,neural signal regeneration,data communication,microelectrode arrays,far separated nervous systems,integrated circuits,neurophysiology,microelectronic neural bridge,far-separated nervous system,biomedical communication,present information technique,information system,medical signal processing,functional electrical stimulation,body sensor network briefly,bioelectric phenomena,menb,paper review,signal regeneration,microelectronics,nervous system,microelectrode array,wireless communication

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