ELECTROPHORETIC METHOD FOR REPAIRING VISION FUNCTION OF THE VISION ANALYZER Russian patent published in 2000 - IPC

Abstract RU 2157260 C1

FIELD: medicine. SUBSTANCE: method involves carrying out electric stimulation of the vision analyzer through electrode placed on the eyelids. Cerebral blood circulation regulation is adjusted before applying electric stimulation of the vision analyzer, by transcutaneously acting upon sympathetic nervous system ganglia (superior one, cervical one, stellate one) of the sympathetic part of vegetative nervous system with rotating electric current pulse field formed in the space between the left and right ganglia by means of two multimember electrodes composed of Q partial current-conducting members galvanically insulated from each other playing the cathode functions and two anodes placed in the ganglia projection. When forming electric current pulses, the partial members of the multimember electrodes are switched by means of a program. Pause is created in the action and the ganglia activity blocking zone is switched by means of a program. Frequency, duration and amplitude are set in individual way for every patient to achieve auricle lobule numbness. Vision analyzer function state is evaluated at the end of the treatment course composed of several stimulation procedures and pauses between them. The vision analyzer electric stimulation is carried out through electrode placed on the eyelids using rotating field of the electric pulses in the space between the electrode playing the role of anode and the partial members of multielement electrodes so that packets are formed from the Q pulses. The treatment procedures for adjusting cerebral blood circulation and electric stimulation of the optic analyzer are continued until improvement of optic analyzer function is achieved. When additional optic analyzer function improvement is needed, the curative procedures are repeated. EFFECT: enhanced effectiveness of treatment course. 2 dwg

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RU 2 157 260 C1

Authors

Korotkikh S.A.

Kublanov V.S.

Gazieva G.I.

Dates

2000-10-10Published

1999-08-02Filed