PRESCRIBING EYE EXERCISES FOR MYOPIA
The treatment of myopia with deserves special consideration. Our research with identical twins, illiterate Inuits, and captive monkeys clearly shows that myopia is usually the result of sustained focusing on near objects. This increases the IOP and causes the eyeball to elongate. Progressive myopia is usually caused by doing close work through distance lenses.
As a general rule, we advise against correcting incipient myopia. Instead, encourage the patient to use to naturally. If fail to improve vi8dion naturally, undercorrect the refractive error. Low plus lenses for close work may be helpful for incipient myopia.
PATIENT DEMOGRAPHICS
There is a substantial population of health-conscious patients who are open to improving their vision naturally. The Power Vision Program provides you with a professionally designed method of helping these patients with . Most importantly, it enables them to play an active role in their eye care in harmony with their health and fitness objectives.
The Power Vision Program does not promise a return to emmetropia. Although this happens in some cases, patients with large refractive errors must usually do the exercises for several months before they achieve a major improvement, and they usually deem this to be a worthwhile investment in their health-oriented lifestyle to naturally.
ACUITY IMPROVEMENT MECHANISMS
The techniques used in the Power Vision Program can reduce refractive error, but not enough to account for observed improvements in acuity. We, therefore, propose the following acuity improvement mechanisms:
1) HYPERACUITY Even in emmetropia, lenticular and corneal spherical and chromatic aberrations together with diffraction and scattering of light on the retina prevent the formation of a point image. These factors limit the minimum angle of resolution to about 30”.In order to distinguish two point objects, three bits of information are required: the light from each point object and the absence of light between them. Hence the neural threshold at the fovea requires three cones. The first point object stimulates the first cone, the second cone remains unstimulated, and the second point object stimulates the third cone. For this reason, the neural threshold equals the cone spacing at the fovea, which is about 30”.
Find out more about the Power Vision Program from https://better-vision.org