New Research Proves That Bad Vision Is Not Genetic
Posted Jan 10 2011 8:36pm
After the amazing results I achieved with the Rebuild Your Vision program , I searched for an explanation. In my research, I came across the following:
There was a controlled study conducted on a group of Inuit families in Barrow, Alaska, years ago by a very respected group of eye doctors. It evaluated the relation between genetics and the environment in bad vision.
It was an ideal setting in that parents and grandparents had little or no formal education, while children regularly attended public school.
The study results showed that the uneducated parents and grandparents had little or no form of myopia (nearsightedness), while nearly 58% of the children attending school were diagnosed as myopic.
On another not, what about eye color, is it genetic?
The genetics of eye color are complicated, and color is determined by multiple genes. Some of the eye-color genes include EYCL1 (a green/blue eye-color gene located on chromosome 19), EYCL2 (a brown eye-color gene) and EYCL3 (a brown/blue eye-color gene located on chromosome 15). The once-held view that blue eye color is a simple recessive trait has been shown to be wrong. The genetics of eye color are so complex that almost any parent-child combination of eye colors can occur.
After the amazing results I achieved with the Rebuild Your Vision program , I searched for an explanation. In my research, I came across the following:
There was a controlled study conducted on a group of Inuit families in Barrow, Alaska, years ago by a very respected group of eye doctors. It evaluated the relation between genetics and the environment in bad vision.
It was an ideal setting in that parents and grandparents had little or no formal education, while children regularly attended public school.
The study results showed that the uneducated parents and grandparents had little or no form of myopia (nearsightedness), while nearly 58% of the children attending school were diagnosed as myopic.
A genetic malfunction increase of 58% over one generation would be impossible! Read The Whole Article Here
On another not, what about eye color, is it genetic?
The genetics of eye color are complicated, and color is determined by multiple genes. Some of the eye-color genes include EYCL1 (a green/blue eye-color gene located on chromosome 19), EYCL2 (a brown eye-color gene) and EYCL3 (a brown/blue eye-color gene located on chromosome 15). The once-held view that blue eye color is a simple recessive trait has been shown to be wrong. The genetics of eye color are so complex that almost any parent-child combination of eye colors can occur.
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