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Biomedical subjects

E V Pisar'kova

Publications and source records attributed to E V Pisar'kova.

5 recordsLinked to original sources
PubMed1993

[The use of the transcranial micropolarization method for decreasing the manifestations of hyperkinesis in patients with infantile cerebral palsy].

Transcranial micropolarization was used in the treatment of children with hyperkinetic form of infantile cerebral paralysis. The method was found to be more effective than various stereotaxic interventions on the brain or routine physiotherapy. Transcranial micropolarization exposure resulted in alleviation of hyperkinesis, posture-tonic reflexes, in improvement of active movements of the joints, supporting system, etc. Clinical status of patients exposed to this treatment modality improved by six times as against those treated traditionally. Clinical data and data of stimulation electromyography permit us to suggest a possible effect of transcranial micropolarization on the function of cerebral subcortical structures in patients with hyperkinetic form of infantile cerebral paralysis.

Adolescent↗
PubMed1993

[Changes in the excitability of the spinal motor neurons during sessions of functional biocontrol in patients with different forms of infantile cerebral palsy].

Excitability changes at the segmentary level of the spine were examined during functional bioregulation sessions administered to patients with various forms of infantile cerebral paralysis (spastic diplegia, spastic hemiparesis) by recording N- and M-responses of musculus soleus and musculus gastrocnemius medial head. Neurophysiologic disorders were revealed at the spinal level depending on the disease form. The authors suppose that presynaptic inhibition is to a greater measure impaired in spastic hemiparesis, whereas spastic diplegia is associated with more extensive involvement even of spinal inhibitory mechanisms proper. Sessions of functional bioregulation resulted in clinical improvement and in development of a trend to normalization of spinal reflectory excitability. Such changes were recorded in musculus soleus of children with spastic diplegia and in gastrocnemius muscle median head of those with spastic hemiparesis. Possible effects of directed afferent currents on structure and function of supraspinal systems regulating spinal mechanisms activity are discussed.

Adolescent↗