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Temporal Resolution in Electrochemical Imaging on Single PC12 cells using Amperometry and Voltammetry at Microelectrode Arrays

机译：在微电极阵列上使用安培法和伏安法在单个pC12细胞上进行电化学成像的时间分辨率

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1. Temporal Resolution in Electrochemical Imaging on Single PC12 Cells Using Amperometry and Voltammetry at Microelectrode Arrays [J] . Zhang Michael L. A. V. Heien Michael F. Santillo Lisa Mellander and Andrew G. Ewing Analytical Chemistry . 2011,第2期

机译：使用单个电极和伏安法在微电极阵列上对单个PC12细胞进行电化学成像的时间分辨率
2. Carbon-Ring Microelectrode Arrays for Electrochemical Imaging of Single Cell Exocytosis: Fabrication and Characterization [J] . Yuqing Lin, Raphael Trouillon, Maria I. Svensson, Analytical chemistry . 2012,第6期

机译：用于单细胞胞吐作用的电化学成像的碳环微电极阵列：制备和表征。
3. Electrochemical biosensor system using a CMOS microelectrode array provides high spatially and temporally resolved images [J] . Tedjo William, Nejad Jasmine E., Feeny Rachel, Biosensors & Bioelectronics: The International Journal for the Professional Involved with Research, Technology and Applications of Biosensers and Related Devices . 2018,第期

机译：使用CMOS微电极阵列的电化学生物传感器系统提供高空间和时间分辨的图像
4. High Temporal Resolution Bio-Sensing Using Nitrogen-Incorporated Nanodiamond Ultra-Microelectrode Array by Fast Scan Cyclic Voltammetry [C] . S. Raina, W. P. Kang, J. L. Davidson, Meeting of the Electrochemical Society;Symposium on physical and analytical electrochemistry general session . 2013

机译：使用氮结合的纳米金刚石超微电极阵列通过快速扫描循环伏安法进行高时间分辨率的生物传感
5. A Biosensor System With an Integrated CMOS Microelectrode Array for High Spatio-Temporal Electrochemical Imaging [D] . Tedjo, William . 2019

机译：具有集成CMOS微电极阵列的生物传感器系统，用于高时空电化学成像
6. Temporal Resolution in Electrochemical Imaging on Single PC12 cells using Amperometry and Voltammetry at Microelectrode Arrays [O] . Bo Zhang, Michael L. A. V. Heien, Michael F. Santillo, -1

机译：时间分辨率成像电化学使用电流分析法和伏安法微电极阵列单pC12细胞
7. How to achieve sub-cellular-level spatial resolution and sub-spike-level temporal resolution at same time is still a technical challenge in neural mapping while both information are critically important to advance neural science. Here, we present penetrating arrays consisted of single-neuron level transparent microelectrodes with low impedance coating which could realize the high spatial and temporal resolution at the same time. These 32-channel transparent penetrating electrodes with record-small site area, 225 µm², have a low impedance of ~ 149 kΩ at 1 kHz, an adequate charge injection limit of ± 0.76 mC/cm2, and up to 100 yield. Mechanical bending test result show robust mechanism up to 1000 bending cycles. After a temporary stiffen with polyethylene glycol, this electrode achieved great insertion result without any buckling or deformation. Together these results establish a novel neurotechnology - penetrating arrays of transparent, flexible bilayernanomeshMicroelectrodes which possess great potential for brain research [O] . Zhan Shi -1

机译：如何在同一时间实现子蜂窝级空间分辨率和子峰值级时间分辨率在神经映射中仍然是技术挑战，而两个信息对于推进神经科学来说都很重要。这里，我们提出穿透阵列由单神经元级透明微电极组成，具有低阻抗涂层，其可以同时实现高空间和时间分辨率。这些32通道透明穿透电极具有记录小的部位面积，225μm²的低阻抗在1 kHz的〜149kΩ的低阻抗，充足的电荷注入极限为±0.76mc / cm2，率高达100％。机械弯曲试验结果显示高达1000个弯曲循环的强大机制。在用聚乙二醇进行临时变硬后，该电极实现了很大的插入结果，而无需任何屈曲或变形。这些结果共同建立了一种新型神经技术 - 穿透透明，灵活的双层圆形脉冲阵列，其具有巨大的大脑研究潜力
8. Pulse Voltammetry in Single Cells Using Platinum Microelectrodes. [R] . Chen, T. K., Lau, Y. Y., Wong, D. K., 1991

机译：使用铂微电极的单细胞脉冲伏安法。

Temporal Resolution in Electrochemical Imaging on Single PC12 cells using Amperometry and Voltammetry at Microelectrode Arrays

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