The Neurological Treatment for Nearsightedness and Related Vision Problems. A Guide to Vision Improvement Based on 30 Years of Research

Part 1: Defining The Problem

1. Why Ortho C?
2. The Parts of the Eye Affected
3. Near-Point Stress
4. The Main Culprit
5. The Myopic Model
6. Extraneous Variables
7. Mental Strain
8. The Effort to See
9. Letting Go
10. Neurological Implications

Part 2: The Treatment

11. What Natural Relaxation Drills Can and Can’t Do
12. Designing the Lens
13. How It Reverses Nearsightedness
14. The Procedure
15. The Theory behind the Resistance Tests (It is Not Just a Test)
16. The Theory behind the Preliminary Drill
17. The Theory behind the Alternative Drill
18. The Theory behind the Standard Drill
19. Other Drills
20. Treating Mild and Moderate Myopia
21. Treating Anisometropia
22. Treating Astigmatism
23. Treating the Loss of Depth Perception
24. Treating Progressive Myopia
25. Wearing Schedule

Part 3: Verification

26. Reinstating the Correct Message
27. Follow-Ups
28. Troubleshooting
29. Case Examples
30. Specifications: Features of an Ortho C Lens

This volume introduces and explains an eye-opening treatment for correcting nearsightedness and related vision problems naturally and neurologically. In The Neurological Treatment for Nearsightedness and Related Vision Problems: A Guide to Vision Improvement Based on 30 Years of Research, the author presents his methodology on neurologically correcting primary refractive errors in the mild and moderate myopic range. Ortho C. (or orthoculogy, which is Latin for “correcting the whole eye”) is a natural treatment, requiring no alteration to the cornea.

The author, a Canadian registered optician, explains that the main culprit of myopia is the excessive tension of the oblique muscles. He describes his successful treatment that reduces the excessive tension to reinstate the proper neurological message of the eye. The procedure is based on a plain “flexible” pair of contact lenses (without any prescription). The Ortho C lens acts as a catalyst to activate the ciliary muscle to manipulate the lens, which, in turn, activates the rectus muscles to manipulate the eyeball.

John William Yee, DEd, RO, is a professor in the optical science faculty at Seneca College, Toronto, Ontario, Canada. He is a Registered Optician (from the Northern Alberta Institute of Technology, Alberta, Canada, and also holds a DEd (Doctor of Education in Psychology) from the University of Liverpool, UK.