Minasian S M, Baklavadzhian O G, Saakian S G, Adamian Ts I
Fiziol Zh SSSR Im I M Sechenova. 1991 May;77(5):18-25.
The correlation in activity of specific and unspecific afferent systems was measured in mechanisms changing electrical activity of the cortex during vibration. The character of postvibration shifts of vestibulo-, reticulo-cortical EPs was studied by means of isolated and combined exclusion of specific (vestibular) and unspecific afferent systems of the brain. The vestibular afferents seem to play a significant role in the mechanisms of postvibration shifts of vestibulo-cortical EPs. Impulses originating from the unspecific afferent systems, as well as proprioceptive, somatic and visceral afferents play similar role for the reticulo-cortical system.
在振动过程中，测量了特定和非特定传入系统的活动与改变皮层电活动机制之间的相关性。通过分别和联合排除大脑的特定（前庭）和非特定传入系统，研究了前庭 - 网状 - 皮层诱发电位（EPs）振动后变化的特征。前庭传入神经在前庭 - 皮层EPs振动后变化的机制中似乎起着重要作用。源自非特定传入系统的冲动，以及本体感觉、躯体和内脏传入神经对网状 - 皮层系统起着类似的作用。
