[The use of the procedures of functional biocontrol in the combined treatment of amblyopia].

Thirty children with dysbinocular and anisometric amblyopia were treated making use of a method based on the use of a physiologically based functional bioregulation. It is known that in this condition EEG changes recorded in the occipital sectors of the brain are indicative of a weakened specific activation reaction. To improve vision acuity, the patients were trained to enhance activation reaction by EEG monitoring that was used to create an external feedback (EEG status-dependent brightness of the screen when watching an animated cartoon).

[EEG characteristics of stammering in preschool children].

EEG was analyzed in 64 stammering children attending the logopedic groups of general kindergartens. In 85% of the cases EEG was considered pathologic with baseline paroxysmal activity and epileptiform activity in functional testing. The comparison of these data with EEG recorded in age-matched healthy group (102 children) and in a group of 20 children with other central nervous system disorders leaving speech intact showed that a focus of polymorphic activity was recorded in the parietotemporal region in stammering children.

[Complex use of functional bioregulation and galanthamine in spastic forms of infantile cerebral palsy].

The authors describe a method of restorative therapy including functional bioregulation combined with the administration of galanthamine in children with spastic forms of infantile cerebral paralysis. A course of 15 biotraining sessions combined with galanthamine administration brings about a considerable improvement in both clinical and electrophysiological parameters. The initial values of the bioelectrical activity of the studied muscles have been found to be of a prognostic value with regard to the possible therapeutic effect.

[Electrical activity of the brain of children with cerebral palsy and the formation of motor skills using methods of functional bioregulation].

The authors consider the results of a quantitative and qualitative analysis of the bioelectrical brain activity in 175 children aged 5 to 14 years with motor disturbances due to various causes who received a rehabilitative treatment in a specialized child sanatorium. In addition to the traditional methods the authors employed some functional bioregulation techniques. A clinico-physiological analysis was conducted with the help of original evaluation scales.