The Eyesight Regulation mode (treatment of myopia)
Symptoms. Eyesight impairment, especially at far distances. Eyesight improves with concave lenses. When working at a short distance, the patient can suffer from eye pain as well as pain in the area of forehead and temple. Myopia usually starts developing in childhood while going to the primary school. The rate of myopia steadily increases at the age of 18-20. In some cases, the lengthening of the eyeball can lead to degeneration and recurrent hemorrhages in the area of bulb of the eye, burst retina and its detachment and opacity of vitreous body. If the myopia is not corrected with glasses, as result of excessive work by internal straight muscles and a lack of the impulse to accommodate, there can be binocular vision disorder and exotropia might occur.
Weakening of accommodation and scleral stretching can result from generalized infection, intoxication, endocrine shift and metabolic dysfunction.
The program takes about 25 min.
The Eyesight Regulation mode can be used at any time of the day without any limitations. When using this mode, the device should be placed on the dashboard of a car and it should be turned on in case of eye exhaustion.
You can check the work of the device as follows:
Choose the eye that has poorer vision. Measure the distance at which you can see title DETA properly. Turn on the device, choose the program and place the device around your eyes. After completion of the program, measure the distance at which you can see the title properly. Usually the eye’s vision improves by 15-20 cm.
Illustration: While driving a car, your eyes get tired and they start hurting. You turn on the device and it works for 25 minutes. You feel the pain disappear and your vision is normalized. After the program is completed, the device shuts down automatically. If after program completion your vision is not improved, then you should turn on the program again.
Prevention. General body strengthening; limitation of work performed at a short distance; personal eye hygiene; in case of weak accommodation, training of the cilliary muscle.
Treatment: When myopia is cured in an outpatient setting, the device should be used before sleep. After program completion, do not strain your eyes, ensure they have a rest and can adapt to the new conditions. The patient should perform exercises to train the cilliary muscle to improve accommodation capability. The patient should follow the rules of personal eye hygiene thoroughly both at school and at home (sufficient lighting of the working place, correct seating while reading and writing, etc.). The patient should regularly participate in sports and physical exercises, get regular sleep, alternate eye work and rest (10-15 minutes of rest after every 30-40 minutes of work, better in the open air).
2. The Eye Muscle Regulation mode
To cure eye diseases, it is necessary to recover the function of eye muscles. This program makes it possible to eliminate vessel spasms of the eye muscles. It also restores the function of the cilliary muscle. During the program, it is necessary to train eye muscles.
The exercise requires the following:
- Go to a window.
- Choose a small point on the glass. If there is no such point, make one on the glass with nail polish.
- Place the device in the distance of 10-15 cm from the eye next to the head. The device should not impede your view.
- While the device is working, concentrate your attention on the point so that you can see it sharply, for which you should stand at the correct distance. You should not feel eye strain at that distance.
- Look at the point for 8-10 seconds. Then look far in the distance for 8-10 seconds.
- Repeat this procedure until your eyes get tired. Then stop the exercise, but do not move the device far from your eyes.
- Steadily increase the training time until it lasts the duration of the program.
The program takes about 25 min.
After program completion, do not strain your eyes and rest them for 20-30 minutes. Your eyes must adapt to the new conditions and the muscles must recover their elasticity.
3. The Regeneration of the Retina mode
The program is intended for treatment of retinal detachment and retinitis.
There is rhegmatogenous (primary) retinal detachment and secondary retinal detachment, which is caused by injuries, inflammatory processes or eye swelling.
Rhegmatogenous (primary) retinal detachment represents age-related degeneration of the retina as a result of myopia.
As a result of sharp movements, physical strain or eye contusion, the degenerate retina can be damaged and liquid can pass from the vitreous body into the subretinal area. This leads to retinal detachment. The pigmented leaf of the retina remains in place.
Signs: Sudden deterioration of vision, appearance of a “dark cloud” resulting from the abasement of a part of the field of vision.
During ophthalmoscopy, the detached part of the retina appears gray or blue-gray and projects into the vitreous body as a flat or swollen formation. Its surface, as a rule, is uneven and folded. The vessels in this area are curved and of dark color. In most cases, the rupture can be seen in the area of detachment as a red spot of various size and form. The ruptures are usually located in the upper quadrant of an eyeground. Dysfunction of nutrition of the retina leads to its further degeneration and steady vision impairment.
RETINITIS is an inflammation of nervous tunic of eyeball.
Etiology: infectious diseases, intoxication, allergic state, endocrine dysfunction, metabolic disorder, influence of radiant energy, eye injury.
In most cases, the inflammation occurs as a result of dissemination of an etiological factor in bacteriemia and in combination with allergy and immunoaggression.
The following symptoms can be noted on the eyeground: focal and diffuse opacity of white, grey and yellow color. When the nidus is located in the central area, a formation in the shape of a star occurs. Sometimes there can be hemorrhaging. The vessels of the nervous tunic can become narrow or wide and can be accompanied by aneurismal formation. There can be peripapillary swelling of the nervous tunic, hyperemia of visial nerve disc. If the process is located in the central area of nervous tunic, there can be severe vision impairment, scotoma, photopsia, metamorphopsia and dysfunction of color sense. Damage to the nervous tunic periphery can also cause concentric or sector-shaped vision narrowing. In severe cases, exudates can occur in the vitreous humor leading to endophthalmitis and panophthalmia.
The program takes about 40 min.
Eye diseases relating to the nervous tunic are the most serious. The program can be effective in the following cases:
There are no mechanic injuries
There are no degenerative changes in nervous tunic
It is recommended to perform diagnostics according to R. Voll’s method and to select the treatment program and homeopathic medicine individually. In this case, the program’s effectiveness increases. But no fast results should be expected.
4. The Regeneration of the Visual Nerve (Inflammation Elimination) mode
There are the following forms of visual nerve atrophy: primary and secondary; partial and full; stable and progressive. In primary atrophy, the disc of the visual nerve is pale, there is formation of flat excavation and narrowing of nervous tunic arteries. Vision is narrowed. There are scotomas. In the early stage of the secondary atrophy, which occurs after inflammation and stagnation, the pale optic disc has indistinct margins and the veins of tunic are widened. In the later stage, the symptoms are the same as for primary atrophy. In partial atrophy, functional and ophthalmoscopic changes are less distinctive than in full atrophy. Progressive atrophy is accompanied by constant visual impairment, whereas stable atrophy is accompanied by stability of visual function. Diagnosis is based on the ophthalmoscopic examination and visual dysfunction.
The program takes about 30 min.
Eye exhaustion, eye pain and headache, diplopia when working at a short distance are easily and quickly eliminated as a result of application of this program.
The prognosis is considerable. Restoration of vision can be counted on.