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Network Stability from Activity-Dependent Regulation of Neuronal Conductances

机译:来自神经电导的活动依赖调节的网络稳定性

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摘要

Activity-dependent plasticity appears to play an important role in the modification of neurons and neural circuits that occurs during devel- opment and learning. Plasticity is also essential for the maintenance of stable patterns of activity in the face of variable environmental and in- ternal conditions. Previous theoretical and experimental results suggest that neurons stabilize their activity by altering the number or character- istics of ion channels to regulate their intrinsic electrical properties.
机译:依赖活动的可塑性似乎在开发和学习过程中发生的神经元和神经回路的修饰中起重要作用。面对变化的环境和内部条件,可塑性对于维持稳定的活动模式也至关重要。先前的理论和实验结果表明,神经元通过改变离子通道的数量或特性来调节其固有的电学性质,从而稳定其活动。

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