[The functional status of the cerebral cortex after replacement of skull base bone defects].

The functional status of the cerebral cortex was evaluated by EEG before and different periods after prolonged cranial osteoplasty made by the type of replacement of skull base bone defects in patients with dyscirculatory encephalopathies of various genesis. Seven patients aged 20 to 50 years undergone repair of skull base bone defects (both posttraumatic and simulated) by the procedures developed at the Russian Research Center "VTO" were examined. The bioelectrical activity of the brain was recorded and analyzed on a PEGASUS digital 16-channel EEG system (EMS, Austria) by using the Fourie prompt conversion test (spectral analysis) and amplitude-frequency mapping.

[Clinical and neurophysiological characteristics of motor cortical responsiveness during prolonged cranial osteoplasty].

The data of global and stimulation poly-EMG were used to estimate the outcomes of multimodality treatment of sequelae of brain injury and stroke, which was based on the vasoactive effects of prolonged cranial osteoplasty. Thirteen patients (7 males and 6 females) aged 19 to 64 (mean 42 +/- 4) years who had signs of left- (n = 2) and right-sided (n = 11) spastic hemiparesis. Global and stimulation poly-EMG, which involved recording and analysis of resting and total EMG under the maximum voluntary tension, M-waves H-reflexes, transcranially evoked potentials.