An observation of anatomical clustering in inputs to primary motor cortex in cortico-cortical brain surface evoked potentials

K. Miller, G. Huiskamp, D. V. Blooijs, D. Hermes, T. Gebbink, C. Ferrier, P. V. Rijen, P. Gosselaar, N. Ramsey, F. Leijten
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引用次数: 3

Abstract

We present the case of a patient who underwent placement of an electrocorticographic grid for seizure focus localization. Single-pulse electrical stimulation pulses were delivered throughout the grid, and evoked potentials in response to this stimulation were measured from a pre-central gyral, primary motor, electrode. A range of six different general evoked potential responses were observed. Stimulation sites that produced each response type were noted to cluster anatomically, suggesting different potential connectivity motifs between each brain region with primary motor cortex. This observation is an introduction to the presentation KJM will give at the 7th International Winter Conference on Brain-Computer Interface at High1 in Korea, titled “The relationship between task-inferred connectivity and cortico-cortical evoked potentials in human motor cortex.”
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皮层-皮层脑表面诱发电位输入初级运动皮层的解剖聚类观察
我们提出的情况下,病人接受了安置皮质电图网格癫痫焦点定位。单脉冲电刺激脉冲在整个网格中传递,并通过中央前回、初级电机、电极测量对这种刺激的诱发电位。观察到六种不同的一般诱发电位反应。产生每种反应类型的刺激位点在解剖学上都是聚类的,这表明每个大脑区域与初级运动皮层之间存在不同的潜在连接基序。这一观察是KJM将在韩国High1举行的第7届国际脑机接口冬季会议上发表的题为“任务推断连接与人类运动皮层皮质诱发电位之间的关系”的报告的介绍。
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