Belenkov N Iu, Lassi N I
Zh Vyssh Nerv Deiat Im I P Pavlova. 1982;32(5):845-51.
It was shown in experiments on cats and dogs that the greater the mass of removed motor cortex on one side, the longer the time for restoring lost motor functions. Repeated ablations of the areas adjacent with the previously extirpated cortical zone after the restoration of motor functions, bring about the recurrence of the same disturbances. However the period of restoration after each repeated extirpation is perceptibly shorter. This means that repeated extirpations of cortical areas result in the activation of the mechanisms directed at the reorganization of the brain sensorimotor functions as a new integral system and providing for normalization of the motor functions.
在对猫和狗的实验中发现，一侧切除的运动皮层质量越大，恢复失去的运动功能所需的时间就越长。在运动功能恢复后，对与先前切除的皮层区域相邻的区域进行反复切除，会导致相同干扰再次出现。然而，每次反复切除后的恢复时间明显缩短。这意味着反复切除皮层区域会激活旨在将大脑感觉运动功能重组为一个新的整体系统并使运动功能恢复正常的机制。
