[The analysis of fMRT answer's individual variability at healthy examinees when opening eyes, motor and speech tests].

This paper analyzes the variation of the functional anatomy of the brain in healthy people performing identical activities on the basis of functional magneticresonance imaging (fMRI). According to the authors, this approach allows you to showcase a variety of individual strategies to achieve the same external (behavioral) result intracerebral different means, and to identify the factors that determine this diversity. Investigated hemodynamic (fMRT) brain reactions at activization of attention to opening of eyes, motor (search of the right and left hand fingers) and speech tests (mental transfer of months or days of the week upside-down) at 21 healthy subjects (21-30 years): 14 men, 7 women.

[EEG and fMRI reactions of a healthy brain at active and passive movements by a leading hand].

Bioelectrical (EEG) and hemodynamic (fMRI) responses of cerebral reactions to active and passive movements by the right hand were analyzed in 17 right-handed healthy persons. Individual and averaged fMRI and EEG data was analyzed. The main cortex fMRI responses (sensorimotor cortex of the contralateral, left hemisphere) were topographically similar during both active and passive movements.

[Structural and functional peculiarity of brain activity to performance and imaginary motor tasks in healthy persons (EEG and fMRI study)].

Bioelectrical (EEG) and hemodynamic (fMRI-response) cerebral reactions to performance and imaginary motor tasks by right or left hand were analyzed in 15 right-handed healthy persons (21-39 years old). During actual movement the main fMRI-response was registered in the area of central gyrus of the hemisphere contralateral to the working hand. Areas of activation were also revealed in the supplemental motor area and the ipsilateral hemisphere of the cerebellum.

[Clinical and electroencephalographic effects of amantadine sulfate (PK-Merz) on consciousness disorders due to the severe traumatic brain injury].

It was carried out a complex clinical-neurological and electroencephalographic study of 12 patients with consequences of severe traumatic brain injury with changes in consciousness, motor deficit, higher tonus of voluntary muscles and cognitive disorders. The study was conducted before, during and after treatment with amantadine sulfate. There were correlations between changes in mental and neurological status of patients and basic EEG.