Multichannel Sensor Systems and Physiological Neural Networks

神经生理学中的一个主要仪器需求是产生 大脑和电子设备之间的新型传感器接口。 神经活动的多通道传感、 局部神经递质水平和其他生理 参数将是有价值的，作为一个进化的一步，在研究 神经回路的正常生理学 此外，关于 连接的神经结构内的局部活动模式 以及神经调质物质的局部化学释放 需要制定控制或沟通策略， 和神经结构之间的联系， 功能 科罗拉多大学的一组科学家， 丹佛和德克萨斯大学达拉斯分校正在协调 正在开发生物化学探针的研究活动， 在神经网络中同时记录32个位置的技术 组织. 这一行动是为了支持他们的活动， 具有多电极阵列（匕首）和连接器结构 以及编写数据所必需的计算机软件 获取和解释。

A major instrumentation need in neurophysiology is the production of new sensor interfaces between brain and electronic devices. Advances in multichannel sensing of neural activity, detection of local levels of neurotransmitters, and other physiological parameters would be valuable as an evolutional step in studies of the normal physiology of neural circuits. Also, information on the local pattern of activity within connected neural structures and of local chemical release of neuromodulator substances will be needed to devise control or communication strategies within and between neural structures to understand effective neural function. A team of scientist at the University of Colorado, Denver and the University of Texas, Dallas are coordinating research activities which are developing biochemical probes and the technology to record from 32 sites simultaneously in neural tissue. This action is to support their activities which deal with multi-electrode array (dagger) and connector construction and the writing of computer software essential for data acquisition and interpretation.