FIELD: electricity.
SUBSTANCE: an electrode for electrostimulation of the optic nerve and optic tracts and control of the physiological parameters of the orbital structures includes a polymer base and is made to be positioned along the orbital floor from the orbital frontal edge to the orbital roof. There are contacts for the transmission of electrical stimulating signals to the eyeball, optic nerve, optic tracts and/or for removal of physiological parameters in the base. The contacts are connected to the control unit of a power generator and combined into two groups. One group is located closer to the distal end of the polymer base and configured to preferentially affect the optic nerve and optic tracts. Another group is located closer to the proximal end and is designed to preferentially affect the posterior pole of the eyeball. The polymer base width decreases from the proximal to the distal end. The thickness of the polymer base is the same or variable or at the same time decreasing from the distal to the proximal end. The method of constant electrostimulation of the optic nerve and optic tracts and control of the physiological parameters of the eye orbital structures involves performing transconjunctival or subciliary access to the orbital floor edge. Then they spread the tissues to the orbit frontal edge by blunt or sharp dissection, incise the periosteum, exfoliate the periosteum deep into the orbit along the entire width of the orbital floor in the projection of the optic nerve. The developed electrode is placed along the orbital floor from the orbit frontal edge to orbital roof. The electrode is fixed to the periosteum and/or bone and the wound edges are repaired. The electrostimulation is performed. The device for electrostimulation of the optic nerve and optic tracts and control of the physiological parameters includes the developed electrode connected to the control unit of the power generator configured to generate electrostimulating signals and/or to receive and process the physiological parameters.
EFFECT: group of inventions allows carrying out constant targeted electrostimulation of the optic nerve and optic tracts, provides safety and reliability of the electrode fixation, and also implements monitoring of the physiological parameters.
27 cl, 1 dwg, 1 tbl
Title | Year | Author | Number |
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METHOD FOR TREATMENT OF HYPOXIA, ISCHEMIA AND PARTIAL ATROPHY OF OPTIC NERVE AND OPTIC WAYS | 2016 |
|
RU2620141C1 |
METHOD FOR EXOPHTALM CORRECTION AND IMPLANT TO INCREASE ORBIT VOLUME NEAR FORMED BONE DEFECT IN CASE OF EXOPHTALM CORRECTION | 2017 |
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METHOD OF DETERMINING OF EXCESSIVE VOLUME OF EYE SOCKET'S SOFT TISSUES FOR PLANNING OPHTHALMOCELE CORRECTION OPERATIONS | 2017 |
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RU2642543C1 |
METHOD OF TREATING FRACTURES OF ZYGOMATIC BONE AND ORBIT COMPLEX AND ORBIT BOTTOM | 2011 |
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RU2476161C1 |
METHOD OF TREATMENT OF ATROPHIES OF OPTIC NERVE BY ELECTROPHORESIS WITH ELECTROSTIMULATION | 1997 |
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RU2147216C1 |
METHOD FOR TREATING GLAUCOMATOUS OPTIC NEUROPATHY | 2003 |
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RU2308913C2 |
METHOD OF INVASIVE ELECTRIC STIMULATION OF SPINAL CORD BY MODULATED ELECTRIC PULSES | 2016 |
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METHOD OF PLASTY OF THE OPTICE NERVE | 2023 |
|
RU2802384C1 |
METHOD OF TREATMENT OF OPTIC CHANNEL DISEASE BY DIRECT ELECTROSTIMULATION | 1989 |
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RU2025114C1 |
METHOD AND DEVICE FOR TREATING THE CASES OF OPTIC TRACT DISEASES | 2003 |
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RU2238063C1 |
Authors
Dates
2017-05-23—Published
2016-08-08—Filed