Frolov A G
Zh Vyssh Nerv Deiat Im I P Pavlova. 1988 Mar-Apr;38(2):257-65.
The extirpation of the foreleg area in the somatosensory cortex (SI) in dogs was performed in order to study the role of this area in motor control of the corresponding limb. Stable precise avoidance and escape reactions were established before the cortical lesion. Avoidance reactions disappeared during the first week after the surgery but then they were gradually restored without retraining. At the third weak there was a practically complete recovery of the precision of movements, the ability to fix the leg position and of the duration of successive phases of the reactions. The conclusion was drawn that the initial disturbances of avoidance reactions were most likely the result of diaschisis (shock). The initial disturbances of visually guided instrumental movements and escape reactions were much weaker than those of avoidance reactions (lifting of the foreleg in response to conditioned signal).
为了研究犬体感皮层(SI)前肢区域在相应肢体运动控制中的作用,对其进行了切除。在皮层损伤前建立了稳定精确的回避和逃避反应。回避反应在手术后第一周消失,但随后在没有重新训练的情况下逐渐恢复。在第三周时,运动精度、固定腿部位置的能力以及反应连续阶段的持续时间几乎完全恢复。得出的结论是,回避反应最初的干扰很可能是去传入(休克)的结果。视觉引导的工具性运动和逃避反应最初的干扰比回避反应(对条件信号抬起前肢)的干扰要弱得多。