Bee Venom : The Savior of Malignant Tumor Cells

Malignant tumor (cancer) is a disease with high mortality in the world today. If cancer cells spread to other organs, the mortality rate is even higher. Can apitherapy improve and correct the immune disorder of tumor patients, resist the expansion of cancer cells, improve the patient's immune ability, and strengthen the control of tumor cells? People put their hope in apitherapy, why?

The occurrence and development of tumors are closely related to the immune function of the body.

Tumors can produce many soluble immunosuppressive factors to inhibit the activation of the body's immune function. In the body's anti-tumor immunity, cellular immunity is dominant. A person suffering from cancer proves that the person's immune ability is low. The low immune ability allows cancer cells to take advantage of the weakness and invade the body to cause the occurrence and development of cancer.

In the process of chemotherapy and radiotherapy, not only many cancer cells are killed, but also many immune cells in the human body are also killed, making the body weaker. Bee venom contains polypeptides, such as melittin, degranulated mast cell polypeptides, etc.; as well as non-peptide substances, such as histamine, amino acids, dopamine, nor-adrenaline, serotonin, etc.; also enzyme substances, such as hyaluronidase, phosphatase-A2, adorapine, lysophosphatase, etc.

These substances in bee venom can form antigens to the human body and enter the human body to form antigen-antibody, which has an important role in expanding the specific immune effect, improving immune function, and resisting the invasion of cancer cells.

It is reported that the genes of bee venom are very similar to human genes, bee venom enters the human body to selectively combine with the human body's immune system to jointly deal with cancer cells without harming the human body. Many scientists in the world have studied the anti-tumor effects of bee venom and have achieved certain results. Research by the Berlin Cancer Institute proved that bee venom contains a high concentration of tumor cytotoxins, which can inhibit the activity of tumor cells. Experiments have further proved that the anti-tumor effect of bee venom is mainly due to the result of melittin and phospholipase-A2, which dissolve the microsomes of cancer cells and inhibit their breathing. Because the oxidation process of oxidized phosphoric acid in tumor tissue is inhibited, the oxidative energy supply process is destroyed, leading to the inhibition of tumor growth.

An Australian scientist added molecules produced in bee venom to a synthetic converter, and then combined with antibodies that target cancer cells. Once the cancer cells are completely surrounded by bee venom, they can all be killed. Healthy cells are not affected at all.