Busniuk M M
Zh Vyssh Nerv Deiat Im I P Pavlova. 1979 Sep-Oct;29(5):1061-6.
The recovery of the visual function of rats throughout two weeks after deprivation period (keeping animals in dark chambers for 8 weeks from their birth) leads to a significant normalization of the activity level of glutomatedehydrogenase in the neurones of the III and V layers of the motor cortex. The changes of the enzyme activity in the neurones are accompanied by a diminution of their sizes. The obtained data together with the results of the previous studies (Busnuk, 1976), suggest that the elimination of the visual impulse activity in the early ontogenesis exerts a specific and reversible influence on the morpho-chemical differentiation of neurones both in the visual and in the motor cortical areas. The functional factors determining the direction of changes in the studied parameters of cortical neurones during deprivation and in the rate of their normalization during recovery of the visual function are discussed.
在剥夺期（从出生起将动物置于黑暗室中8周）后的两周内，大鼠视觉功能的恢复导致运动皮层III层和V层神经元中谷氨酸脱氢酶活性水平显著正常化。神经元中酶活性的变化伴随着其大小的减小。获得的数据与先前研究（Busnuk，1976）的结果一起表明，在个体发育早期消除视觉冲动活动对视觉和运动皮层区域神经元的形态化学分化产生特定且可逆的影响。讨论了决定剥夺期间皮层神经元研究参数变化方向及其在视觉功能恢复期间正常化速率的功能因素。
