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3-D multi-electrode arrays detect early spontaneous electrophysiological activity in 3-D neuronal-astrocytic co-cultures

机译:3-D多电极阵列检测3-D神经元星形织肠共培发的早期自发电生理活性

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摘要

The spiked (3-D) MEA cell culture interface for electrophysiological recording. Components of the in vitro recording system are shown: a An enlarged view of a single spike electrode (50–70 µm in height, 40 × 40 µm based dimension), b an array of these electrodes (59 electrodes with 200 µm inter-electrode spacing), c the MEA culture dish, d a Multi Channel Systems preamplifier, e a multichannel recording output snapshot showings spikes and bursts in dark vertical lines that cross a horizontal threshold line, f a schematic of the 3-D neural culture, g nylon-mesh insert for culture immobilization, h and FEP-membrane cap for reducing evaporative losses and the possibility of infection. (a–c courtesy: Ayanda Biosystems, Lausanne, Switzerland; Heuschkel et al. [31])
机译:用于电生理记录的尖刺(3-D)MEA细胞培养界面。示出了体外记录系统的组件:单个尖峰电极(高度50-70μm,基于40×40μm的尺寸)的放大图,这些电极阵列(电极200m的59个电极间距),C的MEA培养皿,DA多通道系统前置放大器,EA多通道记录输出快照显示尖峰和脉冲在横向阈值线的暗垂直线上,3-D神经培养的FA原理图,G尼龙网插件用于培养固定化,H和FEP-膜帽,用于减少蒸发损失和感染的可能性。 (A-C礼貌:Ayanda Biosystems,瑞士洛桑; Heuschkel等人。[31])

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