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[短期缺氧后执行视觉识别任务的猴子新皮层神经元的动态冲动活动]

[The dynamic impulse activity of the neocortical neurons in monkeys with the task of visual recognition after short-term oxygen starvation].

作者信息

Dudkin K N, Kruchinin V K, Chueva I V, Samoĭlov M O

出版信息

Fiziol Zh Im I M Sechenova. 1994 Dec;80(12):62-70.

PMID:7550434
Abstract

During a 2.5-min. hypoxia in monkeys, a rearrangement of the unit activity occurred in the visual and prefrontal cortex. Following this, the motor response in delayed visual spatial reaction tack did not restore during several hours. The rearrangement involved appearing of sequential phases of hyperactivation and inhibition. Duration of the posthypoxic inhibition and ratio of posthypoxic hyperactivation frequencies to the background one were significantly greater in the prefrontal cortex than in the visual one.

摘要

在对猴子进行2.5分钟的缺氧实验过程中,视觉皮层和前额叶皮层的神经元活动发生了重新排列。在此之后,延迟视觉空间反应任务中的运动反应在数小时内未能恢复。这种重新排列涉及到超激活和抑制的相继阶段的出现。前额叶皮层中缺氧后抑制的持续时间以及缺氧后超激活频率与背景频率的比值显著高于视觉皮层。

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