Spike-timing-dependent synaptic plasticity can form 'zero lag links' for cortical oscillations

机译：依赖于尖峰时序的突触可塑性可形成“零滞后环节”以引起皮层振荡

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We study the impact of spike-timing-dependent synaptic plasticity (STDP) on coherent gamma activity between distant cortical regions with reciprocal projections. Our simulation network consists of two areas and includes a STDP model reflecting efficacy suppression between pre/ postsynaptic spike pairs as found in recent experiments during stimulation with spike trains (Nature 416 (2002) 433). We find that STDP in conjunction with oscillatory common input strengthens synapses with delays around multiples of the oscillation period. As a result, intrinsic excitatory interactions between the areas express in gamma waves with zero lag synchrony (instead of unphysiological anti-phase synchrony without STDP). We discuss the impact of efficacy suppression on learning convergence and robustness.

机译：我们研究了尖峰时间依赖的突触可塑性（STDP）对相背投影的远皮层区域之间相干γ活动的影响。我们的模拟网络由两个区域组成，包括一个STDP模型，该模型反映了突触前/突触后突峰对之间的功效抑制，如最近在利用突波序列刺激期间进行的实验中发现的那样（Nature 416（2002）433）。我们发现，STDP与振荡公共输入结合可增强突触，并具有围绕振荡周期倍数的延迟。结果，区域之间的固有兴奋性相互作用以零滞后同步（而不是没有STDP的非生理反相同步）表达为伽马波。我们讨论了效能抑制对学习收敛性和鲁棒性的影响。

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来源
《Computational Neuroscience Meeting(CNS03); 20030705-09; Alicante(ES)》|2003年|P.185-190|共6页
会议地点 Alicante(ES)
作者
Andreas Knoblauch; Friedrich T. Sommer;
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作者单位

Department of Neural Information Processing, University of Ulm, Oberer Eselsberg, Ulm D-89069, Germany;

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会议组织
原文格式 PDF
正文语种 eng
中图分类生理学;
关键词
axonal delays; synchronization; zero-phase-lag; efficacy suppression;

机译：轴突延迟同步零相位滞后效能抑制;
入库时间 2022-08-26 14:29:48

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1. Spike-timing-dependent synaptic plasticity can form "zero lag links" for cortical oscillations [J] . Andreas Knoblauch, Friedrich T. Sommer Neurocomputing . 2004,第期

机译：依赖于尖峰时间的突触可塑性可形成“零滞后链接”以促进皮层振荡
2. Phase-Locked Stimulation during Cortical Beta Oscillations Produces Bidirectional Synaptic Plasticity in Awake Monkeys [J] . Stavros Zanos, Irene Rembado, Daofen Chen, Current Biology: CB . 2018,第16期

机译：在皮质β振荡期间相位锁定的刺激在唤醒猴子中产生双向突触可塑性
3. Impairments of behavior, information flow between thalamus and cortex, and prefrontal cortical synaptic plasticity in an animal model of depression. [J] . Quan M, Zheng C, Zhang N, Brain research bulletin . 2011,第3a4期

机译：在抑郁症动物模型中，行为受损，丘脑和皮质之间的信息流动以及前额叶皮层突触可塑性均受损。
4. Spike-timing-dependent synaptic plasticity can form "zero lag links" for cortical oscillations [C] . Andreas Knoblauch, F.T.Friedrich T. Sommer Computational Neuroscience Meeting . 2004

机译：穗定时依赖性突触塑性可以形成皮质振荡的“零滞后链节”
5. Cortical oscillations and synaptic plasticity --- from a single neuron to neural networks. [D] . Li, Xiumin. 2011

机译：皮质振荡和突触可塑性-从单个神经元到神经网络。
6. Self-Organized Near-Zero-Lag Synchronization Induced by Spike-Timing Dependent Plasticity in Cortical Populations [O] . Fernanda S. Matias, Pedro V. Carelli, Claudio R. Mirasso, -1

机译：尖峰时序相关可塑性在皮质种群中诱导的自组织的近零滞后同步。
7. Spike-timing-dependent synaptic plasticity can form “zero lag links” for cortical oscillations. [O] . Andreas Knoblauch, Friedrich T. Sommer 2004

机译：依赖于穗定时的突触可塑性可以形成皮质振荡的“零滞后联系”。

Spike-timing-dependent synaptic plasticity can form 'zero lag links' for cortical oscillations

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