Method for physically lowering intraocular pressure

Abstract

The invention discloses a method for physically lowering an intraocular pressure, and specifically relates to the technical field of lowering of the intraocular pressure. A weak direct current is generated by a weak direct current generating module driven by a power supply of a low-voltage battery module, positive and negative electrodes of a current loop are in contact with a human body so as togenerate a weak direct current loop, a positive electrode of the current loop is in contact with an eye socket or an eyelid part of the human body, a negative electrode of the current loop can be in contact with hands or other body parts with certain distances to eyes, the human body serves as an impedance access loop, and the weak direct current can run through the eyes of the human body, so thatan aqueous fluid microenvironment is changed under the effect of an electric field, generation of aqueous fluid is inhibited, outflow easiness of the aqueous fluid is increased, and the intraocular pressure of a patient is decreased. By utilizing a manner of physically lowering the intraocular pressure through the weak direct current, the method has no side effect and invasion and is low in cost,and meanwhile, action of a drug can be accelerated by virtue of physical and chemical effects of the electric field and can cooperate with drug therapy.

Description

Technical field [0001] The embodiment of the present invention relates to the technical field of lowering intraocular pressure, in particular to a method for physically lowering intraocular pressure. Background technique [0002] Glaucoma is the world's first irreversible cause of blindness. The main cause of blindness in glaucoma is that high intraocular pressure damages the optic nerve and other ocular tissues. There is intraocular pressure because there is aqueous humor in the eye. Normal intraocular pressure is caused by aqueous humor. It is formed by the balance between production and outflow, and varies from person to person. The normal intraocular pressure is about 10-21mmHg. The intraocular pressure is higher than 21mmHg, and the intraocular pressure of patients with acute glaucoma can even be higher than 60mmHg. High intraocular pressure is mainly caused by obstruction of the outflow of aqueous humor. High intraocular pressure will cause irreversible damage to the opti...

AI Technical Summary

Problems solved by technology

[0003] The prior art has the following deficiencies: the existing measures for lowering intraocular pressure, including medicine and surgery, have different indications, and the effects are all limited

In addition, all drugs are accompanied by different degrees of toxic and side effects; all operations have different degrees of permanent trauma, and may have contemporaneous or late complications; the second common disadvantage is the high cost of life-long treatment. Burden, especially when using drugs with better antihypertensive effect and less toxic side effects, the economic burden is higher

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