"Fix the Cell, control the cancer"
Many diseases, including cancer, are the result of failure of normal cell development. Exploiting the Wartburg theory, Dr. Merrill Garnett discovered that all cancer cells have abnormal electron transfer systems. This is corrected by Poly-MVA.
Scientists are searching for better methods to cure cancer. Currently, chemotherapy and radiation therapy produce dangerous side effects because they lack specificity. A goal of medical researchers is to find treatments that act soley on cancer cells. The compound Poly-MVA combines the vitamin lipoic acid with the trace element palladium. Palladium is first dissolved in a suitable acid under high heat at an extremely specific concentration, and then the vitamin lipoic acid is dissolved. They must first be brought together in high heat and "cooked" for a defined interval, which creates a substance called DNA reductase, or "Poly-MVA."
Based on more than thirty-five years of research, Merrill Garnett, with help from his son, Wade, is developing "electro-active" drugs that destroy certain malignant tumors without damaging healthy cells. The Garnetts’ work is based on the theory that all normally developed cells contain an inward directed energy flow. They have focused their research on finding pathways that alter electron flow in tumor cells, as normal cell development requires normal energy flow. In laboratory experiments, the scientists found that by introducing synthetic mimics of electric pathways, cancer cells are selectively destroyed.
The Poly-MVA developed by the Garnetts works because healthy cells have "oxygen radical pathways." Normally, oxygen radicals are formed when fatty acids donate electrons to oxygen. These oxygen radicals have an unpaired electron charge and are unstable. Special proteins in the mitochondria convert these unstable molecules into water and usable energy.
At the Garnett Laboratory in Stony Brook, New York, the Garnetts are producing synthetic mimics of electronic pathways by introducing "synthetic DNA reductase" into cells. When placed into a normal cell, synthetic DNA reductase produces oxygen radicals. Since cancer cells have one-twentieth the oxygen of normal cells and no oxygen radical pathways, protein radicals are formed when this process occurs in tumor cells. Protein radicals denature the tumor cell’s proteins, thereby destroying the cancerous cells. Because Poly-MVA is fat and water soluble, it travels to all cells in the body. Since normal cells are capable of converting the radicals to energy and water, no harm occurs in healthy cells.
Poly-MVA offers cancer patients new hope, without the side effects of chemotherapy. Extensive research by Dr. Falk, a Canadian oncologist, found Poly-MVA to have no effect on the body’s normally rapidly dividing cells such as hair, bone marrow, lung and intestine. For more information, visit www.polymva.com or www.polymvasurvivors.com.
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