Evidence for slow (2-10 Hz) and gamma frequency coherence between spike trains and local field potentials in the cerebellum

机译：尖峰序列与小脑局部场电位之间缓慢（2-10 Hz）和伽马频率相干的证据

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A method for detecting relationships between single-unit spike trains and local field potentials (LFPs) was developed and applied to recordings from rat cerebellum. LFPs were repeatedly filtered with a shifting frequency window. The resulting traces were transformed into peak-time point processes for comparison with spike trains using "relative-phase" analysis (Biol. Cybernet., in press). Discharge of some Purkinje cells was phase-related to LFP oscillations in the 2-10 Hz and 30-50 Hz frequency ranges. This analysis method revealed hidden coherency between spike-trains and LFPs. The findings suggest that cerebellar activity is, to some extent, temporally organized according to both slow and fast rhythms.

机译：开发了一种方法来检测单个单位尖峰序列和局部场电势（LFP）之间的关系，并将其应用于大鼠小脑的录音。 LFP用频移窗口反复过滤。使用“相对相位”分析（Biol。Cybernet。，印刷中），将所得的迹线转换为峰值时间点过程，以便与峰值序列进行比较。在2-10 Hz和30-50 Hz频率范围内，某些Purkinje细胞的放电与LFP振荡相位相关。这种分析方法揭示了峰值序列和LFP之间隐藏的一致性。这些发现表明，小脑活动在一定程度上是根据慢节奏和快节奏来组织的。

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来源
《Annual Computational Neuroscience Meeting(CNS'02); 20020721-20020725; Chicago,IL; US》|2002年|P.159-164|共6页
会议地点 Chicago IL(US);Chicago IL(US)
作者
Yanqing Chen; Douglas A. Nitz;
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作者单位

The Neurosciences Institute, 10640 John Jay Hopkins Drive, San Diego, CA 92121, USA;

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会议组织
原文格式 PDF
正文语种 eng
中图分类系统科学;
关键词
cerebellum; spike trains; local field potential (LFP); coherence;

机译：小脑;长钉训练;局域电势（LFP）;相干性;

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专利

1. Evidence for slow (2-10 Hz) and gamma frequency coherence between spike trains and local field potentials in the cerebellum [J] . Yanqing Chen, Douglas A. Nitz Neurocomputing . 2003,第Jun期

机译：尖峰序列与小脑局部场电位之间缓慢（2-10 Hz）和伽马频率相干的证据
2. Neural correlates of high-gamma oscillations (60-200 Hz) in macaque local field potentials and their potential implications in electrocorticography. [J] . Ray S, Crone NE, Niebur E, The Journal of Neuroscience: The Official Journal of the Society for Neuroscience . 2008,第45期

机译：猕猴局部场电势中的高伽马振动（60-200 Hz）的神经相关性及其在脑皮质电图中的潜在意义。
3. Preictal surrender of post-spike slow waves to spike-related high-frequency oscillations (80-200 Hz) is associated with seizure initiation [J] . SatoY., DoesburgS.M., WongS.M., Epilepsia: Journal of the International League against Epilepsy . 2014,第9期

机译：发作后慢波向发作相关的高频振荡（80-200 Hz）的屈服前发作与发作的发作有关
4. Evidence for slow (2-10 Hz) and gamma frequency coherence between spike trains and local field potentials in the cerebellum [C] . Yanqing Chen, Douglas A. Nitz Computational neuroscience meeting . 2003

机译：速度（2-10 Hz）和穗培训与小脑中的局部场势之间的伽马频率相干的证据
5. Face processing evokes physiological high frequency activity (80-500 Hz) in localized regions of the brain [D] . Caliboso, Walter 2015

机译：脸部处理在大脑局部区域引起生理高频活动（80-500 Hz）
6. Reward Expectation Modulates Local Field Potentials Spiking Activity and Spike-Field Coherence in the Primary Motor Cortex [O] . Junmo An, Taruna Yadav, John P. Hessburg, 2019

机译：奖励期望调节初级运动皮层的局部场电势尖峰活动和尖峰场相干性
7. Reward Expectation Modulates Local Field Potentials, Spiking Activity and Spike-Field Coherence in the Primary Motor Cortex [O] . Junmo An, Taruna Yadav, John P. Hessburg, 2019

机译：奖励期望在主要电机皮层中调制当地的现场电位，尖峰活动和尖峰场相干性

Evidence for slow (2-10 Hz) and gamma frequency coherence between spike trains and local field potentials in the cerebellum

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