关键词：μECoG；高时空分辨率；信号性质
摘 要：This work presents in detail the design, fabrication and testing of the transparent μECoG arrays including verification of impedance, transparency, and electrical properties. These arrays have the smallest electrodes to date of any μECoG array, transparent or otherwise, enabling higher spatial-temporal resolution than previous devices. This work also extends previous work by plating the ITO electrodes with the transparent conductive polymer PEDOT [27] in order to improve electrochemical impedance properties and characterizing the results. The intent of the author is that this work can function as detailed instruction manual for designing, manufacturing, and testing μECoG devices made with transparent electrode technology. The work ends by describing next steps for utilizing the transparent μECoG arrays in research on the origin of μECoG signals in the cortex, combining optogenetics with holographically patterned light sources.