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首页> 外文期刊>NeuroImage >Phase-locked oscillatory approximately 15- to 30-Hz response to transient visual contrast stimulation: neuromagnetic evidence for cortical origin in humans.
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Phase-locked oscillatory approximately 15- to 30-Hz response to transient visual contrast stimulation: neuromagnetic evidence for cortical origin in humans.

机译:对短暂视觉对比刺激的锁相振荡约15至30 Hz响应:人类皮层起源的神经磁证据。

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摘要

We present neuromagnetic evidence that the human oscillatory (-15-30 Hz; gamma band originates from cortical areas also generating the conventional pattern-evoked response (VERs). The oscillatory response has shorter latency from stimulus and earlier temporal evolution than the VERs, with different orientation of the source currents. These results suggest the activation of (partly) distinct generating neuronal assemblies with contributions to the development of the VER response. A functional role in stimulus-related cortical synchronization during early visual processing is further suggested and appears consistent with the results of single-unit/multiunit animal research.
机译:我们提供了神经磁学证据,表明人类的振荡频率(-15-30 Hz;γ谱带起源于皮质区域,也产生了传统的模式诱发反应(VERs)。与VERs相比,振荡反应的刺激潜伏期更短,时间演变更早,这些结果表明(部分)不同的神经元组装体的激活与VER反应的发展有关,在早期视觉处理过程中,与刺激相关的皮层同步的功能进一步被提出,并且与单单位/多单位动物研究的结果。

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