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The Time LineSo let’s put this time line in perspective. Our ancestors have been around for approximately six million years and for over 99.99% of that time they consumed a diet of completely natural foods. Now suddenly over the past two centuries we’ve suddenly and dramatically altered our diet. Today we consume much more carbohydrate than our ancient ancestors and the nature of the carbohydrates we’re now consuming has radically changed also. For evolutionary purposes these dietary changes have occurred far too quickly. Two centuries may seem like a long time but when it’s viewed against the backdrop of six million years of history – it’s a tiny fraction of one percent.
It’s important to note that the process of
evolutionary adaption progresses at a snail’s pace. From an evolutionary
viewpoint the span of a few centuries is but a mere blink of an eye, far
too brief a period to even begin to allow our bodies time to adapt to
our radically new way of eating. If you purchased a shiny new luxury car – what kind of fuel would you use? Would you fill your tank with turpentine - or how about some lighter fluid or perhaps some cheap vodka? No, of course you wouldn’t do that. Instead you’d read the owner’s manual and use the fuel listed there. After all, that’s the fuel the engineers designed the car to burn. If you used anything else it would certainly damage or destroy the engine. Your body is in a similar situation. It’s evolved over 60,000 centuries to digest and metabolize natural foods and now we’re forcing it to run on something very different.
Use the right fuel in your car and consume the
right food for your body and both will give good, reliable service for
many years. Chronic Reactive Hyperinsulinemia or CRH means you have too much insulin in your blood. Chronic means the problem is not temporary but instead is of a long lasting nature. Reactive means the problem is a reaction to something you did in the past. And hyperinsulinemia means that the condition involves too much (hyper) insulin (insulinemia) in the blood.
Why are our insulin levels so high? Over the
centuries our bodies have adapted to our ancestor’s diet – a diet made
up of natural proteins and fats and rarely a natural carbohydrate such
as those found in fruits and vegetables. Our bodies simply can’t handle
the new refined carbohydrates that make up almost half the diet of most
Americans. Refined Carbohydrates are Metabolic Poison! Because they’re a much more concentrated kind of carbohydrate, refined carbohydrates badly disrupt and unbalance our sensitive metabolic system. Our bodies simply have not had enough time to adequately adapt to this new class of high-powered carbohydrates. As a result when we consume refined carbohydrates our bodies struggle to keep our blood sugar level from rising so high it might cause blindness, kidney failure, stroke or the amputation of a limb, or worse a fatal heart attack. In contrast protein and fatty foods have little or no effect on blood insulin levels. Consuming a refined carbohydrate now and then won’t hurt us but when we consume them regularly particularly if we consume them with each and every meal, our blood insulin level rises to an abnormally high level and remains permanently elevated. This is CRH.
There’s nothing evil about insulin. Insulin is a
hormone that has several hundred different functions in a healthy human
body provided the level of insulin circulating in the blood remains
within a normal, healthful range.
If your insulin level should shoot up for a brief period it probably won’t cause you any real trouble. But when the level of insulin in the blood stays high over long periods – years or even decades – the body slowly but steadily develops a tolerance for it. Gradually insulin loses it’s impact and can no longer help sugar enter into the cells where it can provide badly-needed energy. Over the years insulin loses more and more of it’s impact and becomes less and less efficient at escorting sugar from the blood into cells all over the body where it’s badly needed for fuel. In response the pancreas increases it’s production of insulin in an effort to compensate for insulin’s waning influence. Eventually insulin becomes impotent and can no longer perform any useful function. At that point disease sets in.
Researchers call this “Insulin Resistance” and its this resistance to the normal role of insulin that’s so very dangerous.
Over long periods excessive insulin directly
causes or contributes to a wide range of chronic degenerative diseases
including heart disease, obesity, high blood pressure, type 2 diabetes,
osteoporosis, Alzheimer’s disease, sleep apnea and even male pattern
baldness!
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