[猫的新皮层神经元反应由无名物质刺激引起]。

Neirofiziologiia = Neurophysiology Pub Date : 1992-01-01
V M Storozhuk, L E Ziniuk
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引用次数: 0

摘要

研究了猫在有食物强化的条件放置条件下,在脑内物质(SI)刺激后感觉运动皮层的神经元冲动活动。在条件声刺激前1或3秒进行声刺激。研究结果表明,SI刺激不改变感觉运动皮层的冲动活动,但同时抑制了背景活动。初步SI刺激后,32% (1 s后)和33% (3 s后)的体感觉皮层神经元对条件刺激和条件运动的反应增加。在一些对条件刺激没有初始反应的神经元中出现冲动反应是由SI刺激引起的。初步SI刺激对体感觉皮层神经元不仅有兴奋作用,而且有抑制作用。在SI刺激和条件刺激之间间隔1 s的情况下,只有6%的细胞有这种抑制,但在间隔3 s的情况下,有33%的细胞有这种反应。SI刺激使条件运动的潜伏期缩短2-3倍。讨论了乙酰胆碱对SI神经元新皮质活动的调节作用。
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[Neocortex neuronal reactions induced by substantia innominata stimulation in cats].

Neuronal impulse activity in the sensorimotor cortex after Substantia Innominata (SI) stimulation has been studied in cats during conditioned placing with food reinforcement. SI stimulation was delivered 1 or 3 seconds before the conditioned sound stimuli. The results of the investigation show that SI stimulation does not change sensorimotor cortex impulse activity but at the same time it inhibits the background activity. Reactions of 32% (after 1 s) and 33% (after 3 s) of the somatosensory cortex neurones were increased to conditioned stimuli and conditioned movement after preliminary SI stimulation. The appearance of impulse responses in some neurones which showed no initial reactions to conditioned stimuli was caused by SI stimulation. Preliminary SI stimulation may cause not only excitatory but also inhibitory effect on somatosensory cortical neurones. In case of 1 s interval between SI stimulation and conditioned stimuli presentation there were only 6% of cells with such inhibition, but in case of 3 s interval there were 33% of such reactions. SI stimulation shortened the latencies of the conditioned movement 2-3 times. Modulatory influence of acetylcholine from SI neurones to neocortical activity is discussed.

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