Lenkov D N, Seferian E S
Zh Vyssh Nerv Deiat Im I P Pavlova. 1976 Nov-Dec;26(6):1268-75.
Evoked potentials and responses of 139 neurones in the sensorimotor cortex (the lateral third of the posterior sigmoid gyrus) to electrical stimulation of the dorsolateral (DL) and the ventromedial (VM) areas of the mesencephalic reticular formation (MRF) were investigated in cats in acute and chronic experiments. Latencies of the cortical unit responses (in the form of single and multiple discharges) to MRF stimulation varied from 4 to 36 msec for VM (maxima of distribution: 4--10 and 18--24 msec); those for DL were from 4 to 26 msec (maxima of distribution: 4--6 and 14--16 msec). Responses to both DL and VM stimulation were observed in 29 neurones. As for MRF, its effects (mono-and polyvalent) were found in cortical neurones responding to limb electrocutaneous stimulation as well. At 7--10 days after coagulation of the ipsilateral connection between MRF and the pons, persistence of the cortical response main components was recorded, the long-latency part being slightly reduced.
在急性和慢性实验中，对猫的感觉运动皮层（乙状窦后回外侧三分之一）中139个神经元对中脑网状结构（MRF）背外侧（DL）和腹内侧（VM）区域电刺激的诱发电位和反应进行了研究。皮层单位对MRF刺激的反应潜伏期（以单次和多次放电形式），VM刺激为4至36毫秒（分布峰值：4 - 10毫秒和18 - 24毫秒）；DL刺激为4至26毫秒（分布峰值：4 - 6毫秒和14 - 16毫秒）。在29个神经元中观察到对DL和VM刺激的反应。至于MRF，在对肢体皮肤电刺激有反应的皮层神经元中也发现了其效应（单价和多价）。在MRF与脑桥同侧连接凝固后7 - 10天，记录到皮层反应主要成分持续存在，长潜伏期部分略有减少。
