C+&+GD--Cancer+Cells

= -Cancer Cells-  = Cancers form anywhere between ten and thirty years before they are discovered. Insulin stimulates cell growth. Cancer cells have six to ten times more insulin receptors than normal cells. Studies show that high insulin levels correlate with higher risks of developing cancer and lower rates of survival amongst cancer patients. Cancer cells can produce forty times more lactic acid than normal cells, implying they burn glucose in the absence of oxygen. This type of fuel-conversion is known as "fermentation" and is typically only used by very primitive life-forms such as bacteria, because it is inefficient and produces very little energy in comparison to other fuel-conversions. Cancer cells are more vulnerable to unusually high body temperatures (fevers) than normal cells. [|Cancer cells produce both histamine and serotonin]. Cancer cells spread by using histamine to break down collagen. Collagen is made from vitamin C, L-lysine and L-proline (amino acids). Histamine is made from L-histidine (another amino acid). Therefore increasing materials that supply collagen and decreasing materials that supply histamine may restrict cancer cell growth. Cancer cells produce up to 100 times more of an enzyme, beta-glucosidase, than normal cells, certain substances such as Laetrile, are broken down only in the presence of beta-glucosidase, thus providing a method targeting cancer cells. Cancer cells prevent immune attacks by surrounding themselves in a protective coat of fibrin. Therefore fibrinolytics (clot-busters) such as [|Dipyridamole] and [|Digitoxin] may work as     anti-cancer agents by breaking down this protective coat. Streptokinase and nattokinase also have a similar effect. [|Nattokinase] is available without prescription. Cancer cells can only metastasize (spread) if the blood can clot and form fibrin. Therefore prophylactic use of fibrinolytics may help to     prevent the spread of an existing cancer.

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