Myth #3 - Genetically coded diseases are unavoidable
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| Dr. Joelle Johnson and Dr. Stephen Kelly |
How many times have you heard someone say, "My mother had arthritis, that's why I have it"? We now believe, through scientific technology, that many diseases are inherited. Genes for specific diseases have been recognized via gene mapping. Many of you may know or have heard of women who have had total bilateral mastectomies, completely prophylactically, because their mothers died of breast cancer, firmly believing that they could not avoid the same fate.
Let's take a closer look at this issue. If having a gene for any illness condemns you to having that disease, then why are you not born with the disease you are coded to have? Why isn't every person who carries a gene for disease suffering at all times from that disease? The answer is that all genes do not express themselves at all times and many never do. There must be a reason why the body would call upon a gene to express itself. Otherwise, none of us would be able to survive the onslaught of genetic expression. So what is it that causes a gene to express itself? If you consider for a moment that diseases are just a complex of symptoms being incorporated by the body in an attempt to protect itself from tissue destruction and/or imminent death, you may begin to get a clearer understanding of what I am trying to say. Once we begin to pay attention to the reasons that a gene might express itself, we may be able to prevent that gene from releasing its code for illness.
To do this, one must look again at the lifestyle of the patient. As stated earlier, degenerative illness is a function of free radical damage to our cells over time. If someone carries the gene for arthritis, for example, one would expect genetic coding to foster storage of free radicals in their joint tissues. The prolonged exposure to these free radicals over time will cause progressive vicariations, which lead to cellular damage and eventual joint destruction.
But what if we intervene on behalf of gene expression by controlling the formation and liberation of free radicals in the body? Would there then be a need for the gene to express itself? I contend that there would be no need for this gene to express because, as I stated earlier, disease is the body's way of protecting itself from rapid destruction of tissues and/or imminent death. If it doesn't have to go to extraordinary lengths to protect itself, the gene remains dormant and no disease ensues.
So, again, we must look at the lifestyle and diet of the patient to discover why their body is failing to control the formation, liberation and damage caused by free radicals. You have all heard the term "antioxidants" and for good reason. Antioxidants are the nutrients we require in order to neutralize free radicals so they can then be eliminated from the body in a harmless form. Many people in our society live on nutrient deficient diets from highly processed and refined foods that do not supply essential nutrient protection.
You should be beginning to see the pattern here. Are we treating cancer by cutting it out? Are we treating arthritis by suppressing the protective inflammation brought about by years of free radical damage? Does coronary artery bypass grafting cure cardiovascular disease? Of course not. Our goal should be in maximizing understanding of cause and effect and employing life affirming, nutrient-rich diets with a healthy, wholesome, natural lifestyle. This is the way to "prevent" genetically coded diseases.
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