Grigor'ian R A, Pelle Zh, Tarasova E I
Neirofiziologiia. 1981;13(2):159-67.
Responses of the cerebellar Purkinje cells to the mechanical stimulation of the Achilles tendon were investigated in experiments on unanaesthetized decerebrated cats. It is shown that in about 2/3 of the registered Purkinje cells the responses to mechanical stimulation of the Achilles tendon were activated by climbing fibre input, i. e. they generated a complex spike. In about a half of these cells (group "A") the probability of the climbing fibres responses was high (0.5-0.9) and the latency of the response was short (20-25 ms). The climbing fibres responses with latency above 35 ms and low probability (less than 0.5) were attributed to cells to group "B". The Purkinje cell responses evoked by the mossy fibre stimulation were more variable in pattern and more weakly expressed than the climbing fibres ones.
在对未麻醉的去大脑猫进行的实验中,研究了小脑浦肯野细胞对跟腱机械刺激的反应。结果表明,在约2/3的记录到的浦肯野细胞中,对跟腱机械刺激的反应由攀缘纤维输入激活,即它们产生复合锋电位。在这些细胞中约一半(“A”组),攀缘纤维反应的概率较高(0.5 - 0.9)且反应潜伏期较短(20 - 25毫秒)。潜伏期超过35毫秒且概率较低(小于0.5)的攀缘纤维反应归因于“B”组细胞。苔藓纤维刺激诱发的浦肯野细胞反应在模式上更具变异性,且比攀缘纤维反应表达更弱。