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首页> 外文期刊>Journal of Neuroscience Methods >A flexible perforated microelectrode array probe for action potential recording in nerve and muscle tissues.
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A flexible perforated microelectrode array probe for action potential recording in nerve and muscle tissues.

机译：柔性穿孔微电极阵列探针，用于在神经和肌肉组织中记录动作电位。

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摘要

Flexible perforated microelectrode arrays probes for the simultaneous recording of electrophysiological activity between cells have been manufactured using photolithographic thin film techniques. Polyimide was used as the substrate. Gold was used as the active metal with titanium to adhere the gold to the substrate. A coating of silicon nitride improves the electrode isolation. Perforations in the substrate ensure the position of the electrode in tissue and improve the stability of recording during movement. These electrodes were used for extracellular recording in nerve and muscle tissues. The use of a flexible substrate alleviates the mechanical problems associated with local damage caused by rigid substrates during movement.
机译：使用光刻薄膜技术已经制造出了用于同时记录细胞之间的电生理活性的柔性穿孔微电极阵列探针。聚酰亚胺用作基材。金与钛一起用作活性金属，以将金粘附到基底上。氮化硅涂层改善了电极的隔离度。基板上的穿孔可确保电极在组织中的位置，并改善移动过程中记录的稳定性。这些电极用于神经和肌肉组织中的细胞外记录。柔性基板的使用减轻了与运动期间由刚性基板引起的局部损坏有关的机械问题。

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