Calcium ions fight cancer in many other ways as well. In pancreatic cancer (90%), intestine cancer, lung cancer and thyroid cancer (50%), liver cancer (30%), and leukemia (30%), RAS inhibitor gene mutation in cancer can be found and Ca++ corrects cancer suppressor gene to normal cell.

Also, in brain tumor, intestine cancer, pancreatic cancer, breast cancer, bladder cancer, lung cancer, and more, cyclooxygenase-2 enzyme (COX-2) is responsible for spreading cancer. Calcium ions inhibit this enzyme by making body fluid alkaline. After all, calcium is our body’s natural acid buffer.

Dietary acids affect your body’s buffering capability, which may cause a calcium loss from your bones to counteract the acidity. Acidosis is caused by kidney disease, dehydration, alcohol, high dietary protein and other health problems. Increased cancer risk is also associated with dietary lifestyles that alter systemic acid-base balance over time and lead to a sub-clinical or low-grade state of metabolic acidosis. The relationship between diet and cancer risk prompts questions about the role of acidosis in the initiation and progression of cancer. SAC counteracts acidosis.

Cancer cells are highly acidic, having pH level of about 4.5. Having enough glucose and not enough oxygen to metabolize it, glucose in cancer cells accumulates as lactic acid through anaerobic glycolysis, also known as fermentation, making cancer cells highly acidic.

Lactic acid produced provides cancer with ideal thriving environment in which to grow and to spread. By making intercellular space reach ideal pH by calcium ions, more influx of oxygen with calcium ions will eliminate cancer-thriving environment.

Most cancer patients display low skeletal bone density and heavy calcification both in systemic and intracellular levels, which indicate severe calcium displacement caused by disturbed calcium homeostasis. Also, cancer patient’s low body pH caused by lactic acid production of cancer cells further indicates the deep need for ionic calcium as itplays a critical role in maintaining proper body pH and maximize oxygen supply.

1. Restores body to the ideal pH by neutralizing lactic acid and ammonia, which turns on the immune response around tumors and inhibits angiogenesis and maximizes oxygen supply

2. Restores the function of p53 gene and induce apoptosis

3. Inhibits inflammatory enzymes, such as COX-2, which spreads cancer

4. Restores mitochondrial functions and builds a strong barrier of healthy cells around cancer

5. Reduces oxidative stress, systemic inflammation, and autoimmune responses, providing anticancer physiological environment.

Calcium Ion Therapy had many successes with all staged cancer patients, including the last stage with metastasis as a standalone therapy. However, for patients on other primary therapies, Calcium Ion therapy comes as an excellent adjunct and adjuvant therapy working synergistically alongside many alternative therapies. Calcium Ion therapy, however, is not very useful if administered alongside aggressive conventional cancer treatments.

Some patients respond very well to Calcium Ion therapy and may display improved blood works and heightened energy and activity levels. However, sometimes such rapid recovery may produce contradicting medical results such as enlarged tumor size and elevated cancer markers.

In such cases, as long as the patient’s condition is better and all the blood works look promising, please do not stop Calcium Ion therapy just because of the larger tumor size and increased cancer markers.

Rapid apoptosis of cancer tumors may cause cancer to look more prominent in the scans and raise the cancer markers in the initial weeks to even alarming level. In many clinical cases, enlarged tumors collapsed, and cancer markers dropped as the patients’ condition continued to improve. Some tumors were left hollow with scar tissues and began to breakdown subsequently.