"Another theory regarding the operation of cesium chloride is that it selectively targets tumor cells because many or most types are anaerobic.
Anaerobic cells need many times more glucose than normal cells. In order to get more glucose into the cancer cells, the sodium-potassium (Na-K) pumps on the cell
wall must run 20 times faster, pumping more sodium out and more potassium in.
Cesium acts like potassium so the Na-K pump brings lots of it into the cells.
However once in the cell, cesium cannot get out, because it blocks the potassium channels through which potassium usually leaves. Cesium buildup then kills the cell by uncertain mechanisms.
From "Proposed Common Cause and Cure for All Forms of Cancer**" by David Gregg Ph.D. "
Anaerobic cells need many times more glucose than normal cells. In order to get more glucose into the cancer cells, the sodium-potassium (Na-K) pumps on the cell
wall must run 20 times faster, pumping more sodium out and more potassium in.
Cesium acts like potassium so the Na-K pump brings lots of it into the cells.
However once in the cell, cesium cannot get out, because it blocks the potassium channels through which potassium usually leaves. Cesium buildup then kills the cell by uncertain mechanisms.
From "Proposed Common Cause and Cure for All Forms of Cancer**" by David Gregg Ph.D. "
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