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用于长期侵入性监测的128通道电缆遥测脑电图记录系统。

128-channel cable-telemetry EEG recording system for long-term invasive monitoring.

作者信息

Ives J R, Mainwaring N R, Gruber L J, Cosgrove G R, Blume H W, Schomer D L

机构信息

Department of Neurology, Beth Israel Hospital, Harvard Medical School, Boston, MA 02215.

出版信息

Electroencephalogr Clin Neurophysiol. 1991 Jul;79(1):69-72. doi: 10.1016/0013-4694(91)90158-z.

Abstract

A 128-channel cable-telemetry EEG monitoring system has been developed for use on patients undergoing intensive neurodiagnostic monitoring with invasive intracranial electrodes. A unique head mounted preamplifier/multiplexor design allows continuous recording from any combination of intracerebral, subdural, epidural or surface electrodes. A computer is used to delay or buffer all 128 channels by 2 min or more. This computer is connected to a fileserver via a local area network and is used exclusively for data acquisition. Seizure files created by the activation of the seizure/event push button or detected by a second computer containing on-line seizure/spike detection algorithms are written directly on to the fileserver by the acquisition computer. The 128 channels of EEG recorded on the fileserver can then be remotely reviewed on a high resolution graphics terminal, printed out on a laser jet printer, archived or played out on paper, 16 channels at a time on any EEG machine. A time of day signal is also generated by the computer to permit time correlation with a continuous audio/video VCR unit which permits comparison of the EEG and clinical events. This system allows continuous EEG monitoring of extensive multichannel arrays not previously possible with conventional 16-, 32- or even 64-channel systems.

摘要

已开发出一种128通道电缆遥测脑电图监测系统,用于对接受有创颅内电极强化神经诊断监测的患者进行监测。独特的头戴式前置放大器/多路复用器设计允许从脑内、硬膜下、硬膜外或表面电极的任何组合进行连续记录。一台计算机用于将所有128个通道延迟或缓冲2分钟或更长时间。该计算机通过局域网连接到文件服务器,专门用于数据采集。由癫痫发作/事件按钮激活或由包含在线癫痫发作/尖峰检测算法的第二台计算机检测到的癫痫发作文件由采集计算机直接写入文件服务器。然后,可以在高分辨率图形终端上远程查看记录在文件服务器上的128通道脑电图,在激光打印机上打印出来,存档或在纸上播放,每次在任何脑电图机器上同时播放16个通道。计算机还会生成一个每日时间信号,以便与连续音频/视频录像机进行时间关联,从而可以比较脑电图和临床事件。该系统允许对以前传统的16通道、32通道甚至64通道系统无法实现的广泛多通道阵列进行连续脑电图监测。

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