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Micro-drive Array for Chronic in vivo Recording: Drive Fabrication

机译:用于慢性体内记录的微驱动器阵列:驱动器制造

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摘要

Chronic recording of large populations of neurons is a valuable technique for studying the function of neuronal circuits in awake behaving rats. Lightweight recording devices carrying a high density array of tetrodes allow for the simultaneous monitoring of the activity of tens to hundreds of individual neurons. Here we describe a protocol for the fabrication of a micro-drive array with twenty one independently movable micro-drives. This device has been used successfully to record from hippocampal and cortical neurons in our lab. We show how to prepare a custom designed, 3-D printed plastic base that will hold the micro-drives. We demonstrate how to construct the individual micro-drives and how to assemble the complete micro-drive array. Further preparation of the drive array for surgical implantation, such as the fabrication of tetrodes, loading of tetrodes into the drive array and gold-plating, is covered in a subsequent video article.
机译:长期记录大量神经元是研究清醒行为大鼠神经元回路功能的一项有价值的技术。带有四极体高密度阵列的轻型记录设备可以同时监视数十到数百个单个神经元的活动。在这里,我们描述了一种用于制造具有二十一个独立可移动微驱动器的微驱动器阵列的协议。在我们的实验室中,该设备已成功用于记录海马和皮质神经元。我们展示了如何准备一个定制设计的3D打印塑料底座,该底座将容纳微型驱动器。我们演示了如何构造单个微驱动器以及如何组装完整的微驱动器阵列。在后续的视频文章中,将介绍用于外科植入的驱动器阵列的进一步准备工作,例如四极管的制造,四极管的加载到驱动器阵列中以及镀金。

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