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Category Zeolite Uses, Zeolite and Cancer, Zeolite and Chelation, Zeolite and Viruses

What we can say is that zeolite has a chelation-like effect in removing heavy metals, pesticides, herbicides, and other positively charged toxins from the system. Zeolite’s negatively charged crystalline structure is what makes this possible. Its crystals act as “cages,” inside of which are positive ions. These positive ions switch places with positively charged toxins in the body, tightly bind them, and excrete them completely. One of the benefits of binding toxins in this manner is that they are 100 percent excreted. Heavy metals, pesticides, and herbicides all leave the system; they do not get deposited elsewhere in the body. Forty percent of zeolite binds heavy metals in the gastrointestinal tract, and 60 percent binds toxins in the bloodstream and at the cellular level. Zeolite’s binding power was proven during the Chernobyl disaster, when tons of it were used to remove radioactive cesium and strontium-90 before they contaminated local water systems. Acting primarily as a chelator, zeolite trapped these radioactive minerals within its crystalline cage structure.

Category Zeolite Testimonials, Zeolite and Cancer

We came home from the Oncology Dr. today on cloud nine. Carl is in total remission with a tumor marker at 0.7 and the CT scans showed no signs of cancer in his lungs, liver or anywhere else. We only have to go to the doctor once a month now for blood work and the IV to repair the damage to his bones.
We are truly Blessed with a miracle. To come to this diagnosis, from no hope with stage 4 terminal cancer at the end of July (prostate cancer, lung cancer in both lungs, bone and bone marrow cancer), to today in remission, is truly remarkable

Category Zeolite Uses

The channels, typically 0.3 to 0.7 nanometers in diameter (3 to 7 angstroms, slightly larger than a water molecule), selectively screen molecules according to size and exchangeable cations. Molecules too large to pass through the entry channel are excluded, thus giving rise to the term “molecular sieve”.