Sharova E V, Kulikov M A, Barkalaya D B, Amcheslavskii V G
Institute of Higher Nervous Activity and Neurophysiology, Academy of Sciences of the USSR, Moscow.
Neurosci Behav Physiol. 1992 May-Jun;22(3):194-205. doi: 10.1007/BF01196904.
The dynamics of the total bioelectrical activity and the parameters of its intercentral interaction was investigated in 52 neurosurgical patients with a focal lesion at the level of the brainstem with the aim of analysis of the compensatory neurodynamic reorganizations of the human brain in the early postoperative period. The study was based on the precise verification of the topography of the pathological focus within the limits of the brainstem; on the dynamic clinical-neurological assessment of different variants of the postoperative course; and on a study of the structure of cortical bioelectrical activity based on visual and spectral coherence analysis. The dependance is demonstrated of the compensatory neurodynamic reorganizations of the brain on the character and degree of the stem lesion (transitory, stable, irreversible).
对52例脑干水平局灶性病变的神经外科患者的全生物电活动动态及其中枢间相互作用参数进行了研究，目的是分析术后早期人脑的代偿性神经动力学重组。该研究基于对脑干范围内病理病灶地形的精确验证；基于对术后病程不同变体的动态临床神经学评估；以及基于视觉和频谱相干分析对皮质生物电活动结构的研究。结果表明，大脑的代偿性神经动力学重组取决于脑干病变的性质和程度（短暂性、稳定性、不可逆性）。
