Скачать с ютуб 3 Steps to Restore Optic Nerve Damage в хорошем качестве

3 Steps to Restore Optic Nerve Damage

Once the patient develops optic nerve atrophy, it is almost impossible to heal. There is no way to regenerate the lost optic nerve cells and nerve fibers. The purpose of early treatment is primarily to protect the remaining optic nerve cells and nerve fibers, and to maintain or even restore part of these optic nerves’ function. In recent years, we have treated many visually impaired caused by the optic nerve damage, using the following 3 steps. Step 1: StemActiv is a natural stem cell supplementation. The basic principle of it is to dilate the blood vessels in the eyes, it also contains a lot of anti-inflammatory, anti-oxidative and anti-apoptosis components, thus optimize the inner circumstance of the eye. Research has shown that patients who supplement with StemActiv and consistently consume it for 3 to 6 months of the year, have had, on average an annual decrease in the loss of retinal function by 20 percent, as measured by ERG in comparison to those not taking StemActiv. As the best pretreatment for the future stem cell therapy, StemActiv increases the success rate of the future treatments. Step 2: AC STIM is a non-invasive and daily vision training stimulator device, patients can regain better vision through specific frequency electrostimulation. This alternating current stimulation is performed with a unique regulator and processor. It adjusts the frequency and power based on people’s retinal tissue acceptance. The lower frequency increases energy production (ATP) in the retina, reverts the damaging optic nerves. The higher frequency helps relax the retina tissue, increase blood supply to the eyes, stimulate and energize dormant optic nerve cells, and boost the cells’ ability to rid themselves of waste products which interfere with the flow of energy, nutrients and communication. The treatment also attracts adults stem cells to help stimulate possible cell regeneration. Step 3: The mesenchymal stem cells can differentiate into photoreceptor cells and immune-adjustment cells. The differentiated cells will first repair patients' autologous cells' synaptic nucleoprotein, and eventually play a positive role in treating lesion in retinal pigment cells and optic nerves. For patients who suffer from optic nerve injuries or optic nerve atrophy, such a treatment will effectively supplement the missing optic nerve cells and increase the restoration of fibers, and eventually achieve the goal of improving patients' eyesight, field of vision, night vision and ability of color discrimination. For more treatment options for visual impairment caused by the optic nerve damage, please contact us: https://www.restorerpvision.com or directly make the order of the home vision therapy by: https://www.restorevisionherbs.com