Matua S P
Biull Eksp Biol Med. 1981 Mar;91(3):296-8.
Acute experiments on cats were carried out during traumatic shock to study evoked potentials in the sensorimotor cortex and reticular formation (RF) of the midbrain in response to electrodermal irritation of the contralateral paw. The cortical function was judged by thresholds of convulsant reaction while function of RF by thresholds of activation reaction in the cortex of the course of high-frequency electrical stimulation of the structures under study. It was shown that in traumatic shock, initial and pronounced depression of the cortical function paralleled long enough stability of RF functional activity.
在创伤性休克期间对猫进行了急性实验,以研究中脑感觉运动皮层和网状结构(RF)对同侧爪皮肤电刺激的诱发电位。通过惊厥反应阈值判断皮层功能,而通过在研究结构高频电刺激过程中皮层激活反应阈值判断RF功能。结果表明,在创伤性休克中,皮层功能的初始和明显抑制与RF功能活动足够长的稳定性并行。