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水平整合与皮层动力学。

Horizontal integration and cortical dynamics.

作者信息

Gilbert C D

机构信息

Rockefeller University, New York, New York 10021-6399.

出版信息

Neuron. 1992 Jul;9(1):1-13. doi: 10.1016/0896-6273(92)90215-y.

Abstract

We have discussed several results that lead to a view that cells in the visual system are endowed with dynamic properties, influenced by context, expectation, and long-term modifications of the cortical network. These observations will be important for understanding how neuronal ensembles produce a system that perceives, remembers, and adapts to injury. The advantage to being able to observe changes at early stages in a sensory pathway is that one may be able to understand the way in which neuronal ensembles encode and represent images at the level of their receptive field properties, of cortical topographies, and of the patterns of connections between cells participating in a network.

摘要

我们已经讨论了几个结果,这些结果使我们得出这样一种观点:视觉系统中的细胞具有动态特性,会受到环境、预期以及皮质网络长期变化的影响。这些观察结果对于理解神经元集群如何产生一个能够感知、记忆并适应损伤的系统至关重要。能够在感觉通路的早期阶段观察到变化的优势在于,人们或许能够理解神经元集群在其感受野特性、皮质拓扑结构以及参与网络的细胞之间的连接模式层面上对图像进行编码和表征的方式。

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