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Dynamically confining field effect neurite outgrowth for a configurable neural network

机译:动态限制可配置神经网络的场效应神经突生长

摘要

Systems and methods for changing the growth by the frame neurites have been described generally. In some embodiments, the system neurons, including neurite, and may have an electrode capable of producing a physical guidance cue. It said physical guidance cue, the neurite outgrowth can be used to alter, and growth is temporally and / or spatially As may vary temporally and spatially varying neurite it may be. Dynamic control of neurites, binding of directivity of the nerve, crossing, and / or overlap may be used to configure. The system accommodates the living cells, and a chamber capable of promoting the growth of cells, and connected to the chamber, and the channel having about 20 m or less in height and / or width, and, It intersects with the channel, and the spacing between the centers of the electrode has at least one electrode pair is about 200 m or less. A plurality of electrode pairs crossing the channel.
机译:总体上已经描述了通过框架神经突改变生长的系统和方法。在一些实施例中,系统神经元,包括神经突,并且可以具有能够产生物理指导信号的电极。它说物理指导,神经突的生长可以用来改变,并且生长在时间和/或空间上是可能的。神经突的动态控制,神经的方向性约束,交叉和/或重叠可用于配置。该系统容纳活细胞,和能够促进细胞生长的腔室,并与腔室相连,该腔室的高度和/或宽度约为20m或更小,并且与该通道相交,并且具有至少一对电极的电极中心之间的间隔为约200m或更小。多个电极对穿过通道。

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