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I developed an electrical technology of the QXCI to find the toxic areas of tissue and the level of<br />
toxicity. An electrical form of the science of Homotoxicology. The chart below is an example.<br />
of neuronal membranes to sodium ions, causing a progressive depolarization. This increases the<br />
ease with which action potentials can be initiated. If the plasma Ca2+ decreases to less than<br />
50% of the normal value of 9.4mg/dl; action potentials may be spontaneously generated, causing<br />
contraction of peripheral skeletal muscle.<br />
On the top in blue we see the levels of toxicity. First the simple excretion phase, the normal detox<br />
of the body. Second an overreaction or excess detox, this produces a symptom. Third then if the<br />
toxins are driven back into the body by a dim witted allopath, the toxins go into the interstitial<br />
spaces around the cells. Fourth the body impregnates the toxins into the cells, like in the case of<br />
liver spots. As the liver gets old or weary and detox is compromised toxins can be put into a liver<br />
spot, called so because it comes when the liver is tired of detox. Fifth if the body still can’t detox,<br />
or if the toxins are driven back into the body by a dim witted allopath, the body makes bad cells<br />
and these bad cells are degenerate. Degeneration diseases like arthritis can result. And sixth or<br />
lastly the body’s final detox is cancer. The last way for the body to detox. The list in yellow is where<br />
tissues where the toxins can be to produce disease. So the homotoxicology deals with the bodies<br />
ability to shuffle toxins in an attempt to detox. The sinuses are detoxifiers of the pituitary. The skin<br />
is a detox for the thyroid. The lungs for the adrenal. Menses for the female system. You see the<br />
body is made with clever ways to detox, lots of back-up systems. All aggravated by suppressive<br />
allopathy. There was once a young girl with a persistent cough in my medical nutrition class in<br />
Denver. I was lecturing on Calcium. Calcium is need for muscle action. And if you get deficient in<br />
calcium you might get tetany.<br />
Here is the lecture on Tetany: is a medical sign, the involuntary contraction of muscles, caused<br />
by diseases and other conditions that increase the action potential frequency. The muscle cramps<br />
caused by the disease tetanus are not classified as tetany; rather, they are due to a blocking of<br />
the inhibition to the neurons that supply muscles. Low plasma calcium increases the permeability<br />
There are many causes of tetany as we can see most of the causes of diseases have nutritional<br />
deficiencies and drug interactions at their roots (I put the whole list in detail for you to see just<br />
how easily a cough can come from calcium deficiency, and since Calcium is a membrane atom that<br />
assists Fatty Acids to make good membranes, and membrane strength is an indication of cancer<br />
defense, Calcium deficiency is a cancer risk, the next pages of calcium deficiency are important)(<br />
and No milk is not a good source of Calcium, green vegetables are)<br />
So tetany is caused by :<br />
• Low blood calcium levels<br />
• Short/extreme exposure to heat<br />
• Hypocalcemia<br />
• Primary hypoparathyroidism<br />
• Secondary hypoparathyroidism, including surgery to the neck, trauma, infection, burns, cancer<br />
• Low Vitamin D, from causes such as malnutrition, malabsorption, kidney disease, infection<br />
and drugs<br />
Tetanus bacteria has an endotoxin that blocks calcium and cause tetany. The medical test or sign<br />
of extreme calcium deficiency is to tap on the parathyroid nerve in the neck. If this produces<br />
tetany and spasm of the muscles of the face then there is tetany. Extreme calcium deficiency of<br />
over 50%. This is why tetanus bacteria is called lockjaw. It works on the face first often.<br />
When you get slightly deficient of 20% the smallest muscle of the body locks up. This is the cilia<br />
muscle in the lungs. There are millions of small hairs or cilia on the lung wall. The muscle attached<br />
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