Why vision is restored
in "incurable" diseases without surgery and medications.
Magotherapy
A physiological method of vision restoration using apparatus, without surgery, medication or glasses. Personalized treatment.
Clinically tested. No complications. Stable results. Personalized treatment.
What Magotherapy is based on.
In 1901, physiologist N.E. Vvedensky made a sensational discovery, proving that in any pathology, cells do not die — they are in a "dormant" state, i.e. in a state of parabiosis. Based on the theory of parabiosis, applying various methods, a group of scientists began to work on awakening retinal cells, i.e. returning their function — VISION. In 1985–86, at the MNTK "Microsurgery of the Eye," there were successful attempts to bring cells out of the state of parabiosis using surgical operations; however, due to the complexity and traumatic nature of this method, it did not gain widespread use.
Having completely excluded surgery and medication, based on the positive results of our colleagues in bringing cells out of the state of parabiosis, we developed, clinically tested and introduced the completely physiological apparatus method — Magotherapy. Apparatus created specifically for Magotherapy, which is applied to the skin alternately along the path of the optic nerve, saturating cells with oxygen and causing positive shifts in intercellular metabolism. Improvement of metabolism in 1/2000th of a second causes positive biochemical shifts in the organism. Cells gradually exit the state of parabiosis and in the same time interval begin to function — "wake up" — and their function returns — vision.
Parabiosis
WHY DOES THE EYE NOT SEE?
A person does not see with the eye, nor hear with the ear — the nervous system coordinates all organs. The synchronous and correct functioning of the brain determines how the eye sees and how all our organs function.
For clear vision, what matters most is
How accurately the brain receives information via the nerve impulse
How it processes this information
How it transmits this information to the corresponding organs
When a person sees poorly with one or both eyes, a weak or very weak impulse reaches (or does not reach) the brain. The brain cannot recognize this impulse and does not process it, and accordingly returns an incomplete image to the eye.
WHAT IS A NERVE IMPULSE AND NEURON?
The central nervous system receives information about events in the external world through nerve impulses — signals travelling along nerves like wires. With their help, the brain encodes its commands to the eyes, muscles and various internal organs.
The nerve impulse appears in the nerve cell as a result of an electrochemical process and propagates in 1/2000th of a second via the axon. Each nerve cell consists of three parts: the body, a long nerve fiber — the axon (its length in a human ranges from a few millimetres to a metre) — and several short branched processes — dendrites.
Let us compare a tree uprooted with a neuron. The long part of the neuron is the trunk of the tree. The tree's root system is the cell body, and the tangled roots are the dendrites. Nerve cells are isolated from each other by membranes. Yet cells interact with each other using their own "alphabet." This occurs at the junction of cells; this junction is called a "synapse." The nerve impulse travels along the axon (tree trunk), like along wires, and transmits excitation via synapses, only in one direction — from the axon to the dendrites or to the cell body.
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How the nerve impulse is formed.
A nerve impulse is an electrochemical process. For the origin and correct functioning of the nerve impulse, energy is needed, which arises inside the cell as a result of biochemical processes ensuring intracellular metabolism.
Synchronous and correct intracellular metabolism ensures the proper functioning of the nerve impulse. By acting through the skin with innovative apparatus, intracellular metabolism is restored. Cells exit the state of parabiosis, the nerve impulse is activated, the brain can recognize it and vision becomes clear.
Acknowledgements
Gratitude and fond memory to my teachers — the head of the department, Academician Svyatoslav Fyodorov, and neurophysiologist, founder of the Institute of the Human Brain, Academician Natalya Bekhtereva.
Gratitude and fond memory to the scientists who, based on scientific and clinical works, proved that in any eye disease the cells are alive but not functioning — they are "asleep" — in a state of parabiosis.
The mechanism of vision restoration within one hour.
The apparatus created specifically for Magotherapy is applied to the skin alternately along the path of the visual impulse. Under the influence of the apparatus, the restoration of intracellular metabolic processes occurs through the improvement of biochemical indicators.
During Magotherapy treatment, the positive biochemical changes are expressed in the following:
Cells are saturated with oxygen.
Positive shifts in blood pH.
Changes in the membrane potential of cells.
The difference between potassium and sodium reaches the normal level.
Many other positive changes.
Positive biochemical changes in 1/2000th of a second cause:
Cells exit the state of parabiosis.
In 1/2000th of a second the nerve impulse reaches the brain.
The brain already receives the nerve impulse.
It correctly processes the received impulse.
It returns a clear image to the eye.
In the same time interval, vision is restored.
This is the whole "secret" of vision restoration, in such an incredibly short time — one hour after Magotherapy, on the second day of examinations.
How realistic is it to treat numerous diseases with Magotherapy?
We treat the patient, not the disease!
Only at our clinic, "New Technologies MaGo," can we identify the organism's resources and restore vision with the apparatus-based personalized method — Magotherapy. The organism's resources and their restoration do not depend on the etiology and duration of the illness, nor on the patient's age. Treatment from infancy to old age. OUTPATIENT treatment.
"Flashes of lightning."
On the second day after testing, one hour after Magotherapy, the patient's vision is restored, which they perceive everywhere. The restored vision is perceived by the patient as flashes of lightning that occur at certain intervals. Over 14 days, the periods and duration of clarity increase.
Success Statistics.
| Strabismus, Astigmatism, Myopia | 98 % |
| Farsightedness | 98 % |
| Amblyopia (Lazy Eye) | 97 % |
| Retinal dystrophy. | 90 % |
| After unsuccessful surgeries. | 89 % |
| Glaucoma | 88 % |
| Nystagmus | 87 % |
| Nerve atrophy (partial) | 80 % |
| Keratoconus stage 1 and 2 or surgically treated | 70 % |
Due to the physiological nature of the method, courses of treatment can be carried out every 6–9–12 months until the desired result is achieved. Repeated courses of Magotherapy additionally improve vision.
Contraindications.
- • Acute infectious diseases
- • Malignant tumors
- • Intellectual disability
- • Absence of light perception
- • Epilepsy
Side effects
Risk
Complications
Allergy
Excluded!
Advantages of Magotherapy.
- • The patient's age and type of disease are not limited.
- • Treatment without surgery or medication.
- • Side effects, pain and allergy are excluded.
- • We provide a prognosis of the possible treatment outcome.
- • The patient perceives the restored vision one hour after testing, everywhere.
- • 14 working days are required to stabilize the result.
- • Vision restoration after unsuccessful surgeries.
- • Vision restoration in incurable diseases.
- • Treatment results are stable for more than 20 years.
- • Glasses and lenses become unnecessary.
- • Repeated courses provide additional vision improvement.
- • The visual field expands.
- • Twilight vision improves.
- • Distance and near vision improve.
- • The progression of diseases stops or slows.
- • Quality of life improves.
- • The visual field expands.
- • Twilight vision improves both for distance and near.
You can view patient results and experiences from Magotherapy treatment on our YouTube channel.