Silin D Ia, Iashkin P N, Grigor'ev Iu G, Martirosov K S
Radiobiologiia. 1990 Nov-Dec;30(6):801-7.
Changes in the electroencephalogram (EEG) of Macaca fascicularis during early transient incapacitation (ETI) were shown to correlate with the dynamics of clinical manifestations of the damage. Irradiation caused desynchronization of EEG followed by a generalized retardation of its fluctuations reaching the maximum at the height of ETI. EEG disturbances in animals during the comatose phase of ETI indicated a severe inhibition of the brain cortex functional activity.
食蟹猴在早期短暂失能(ETI)期间脑电图(EEG)的变化与损伤临床表现的动态变化相关。辐射导致脑电图去同步化,随后其波动普遍减缓,在ETI高峰期达到最大值。在ETI昏迷期动物的脑电图紊乱表明大脑皮层功能活动受到严重抑制。