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Frontiers | Functional Roles of Alpha-Band Phase Synchronization in . . .
In this review, we outline evidence supporting different views on the roles of alpha oscillations in cortical networks and unresolved issues that should be addressed to resolve or reconcile these apparently contrasting hypotheses
Functional Roles of Alpha-Band Phase Synchronization in Local and Large . . .
In this review, we outline evidence supporting different views on the roles of alpha oscillations in cortical networks and unresolved issues that should be addressed to resolve or
Functional roles of alpha-band phase synchronization in local and large . . .
In this review, we outline evidence supporting different views on the roles of alpha oscillations in cortical networks and unresolved issues that should be addressed to resolve or reconcile these apparently contrasting hypotheses
Functional Roles of Alpha-Band Phase Synchronization in Local and Large . . .
In this review, we outline evidence supporting different views on the roles of alpha oscillations in cortical networks and unresolved issues that should be addressed to resolve or reconcile these apparently contrasting hypotheses
The functional roles of alpha-band phase synchronization in local and . . .
In this review, we outline evidence supporting different views on the roles of alpha oscillations in cortical networks and unresolved issues that should be addressed to resolve or reconcile these apparently contrasting hypotheses
Functional roles of alpha-band phase synchronization in local and large . . .
In this review, we outline evidence supporting different views on the roles of alpha oscillations in cortical networks and unresolved issues that should be addressed to resolve or reconcile these apparently contrasting hypotheses
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经典综述 | alpha振荡的门控抑制理论 - 墨天轮
本文介绍的是一个经典的关于脑电alpha振荡的理论：门控抑制（gating by inhibition）理论，作者是研究神经振荡的大牛Ole Jensen。尽管这篇综述不是发表在非常高分的期刊上，但影响力很大，至今已接近2000次引用（是Ole目前单篇被引最多的，甚至超过了他一系列Nature、PNAS、TiCS等文章）。大脑是以网络的形式起作用的，这其中的关键就是不同网络节点之间的信息交流。这个问题也可以被抽象为：信息是如何准确地从一个输出节点到达某个正确的接受节点的。这个问题可以通过突触强度的快速变化来实现，例如由于突出前膜囊泡释放的变化（图1A）。此外，这种任务相关区域之间的功能连接也可以通过输出和接受节点间振荡性的相位耦合来实现（图1B）。