Cancer is constantly hungry and eats way more than normal cells. It requires way more energy because it’s growing rapidly. It tries not to pursue the more difficult metabolic pathways to get energy, preferring quick and sustainable, easy methods; in other words, it likes sugar and simple carbohydrates that quickly break down into sugar. Those provide the fastest and easiest means of energy production for any cell, cancerous or otherwise. But they also provide a no-oxygen path to that energy: muscles use this path during heavy exertion where oxygen can’t be provided fast enough, and it provides energy to the oxygen-deficient muscle cell and in the same way this no-oxygen energy can provide energy to a low oxygen (hypoxic) growing tumor. This provides a strategy against cancer: make it hard for it to get its energy.

What is Epigenetics? •It the most current belief in genetics that states that the environment around the gene turns that gene on or off not the gene itself. •This means everyone with a cancer gene does not automatically get cancer if they change the mental, emotional and physical environment that surrounds the gene. •This is very proactive compared to the bad news that you have cancer genes and can do nothing about it but instead the good news is you can change the environment that those genes live in and turn on the longevity genes and turn off the cancer genes.

Cancer cells are YOUR cells that have adapted to a very stressful environment so they can survive. When there is oxidative stress, deficiencies, toxicities, and mental and emotional stress your cells start breaking down at an accelerated rate. This leads to a certain percentage of mutations called cancer cells. This is not a problem for a person who is healthy without chronic inflammation in their body because the immune system, will seek out all these cancer cells and quickly kill them. A stem cell is any cell that has the ability to divide and create another cell like itself as well as all the other cells in the organs, glands and tissues. A stem cell is immortal as long as the environment it is living in is life and health promoting. When the environment becomes toxic and inflammatory then normal stem cells transforms into Cancer Stem Cells. Cancer Stem Cells are immortal also that is why conventional treatment fails so often. Cancer: It is not an alien or foreign substance that has landed in your body and you have no control over. It does not come randomly meaning if you’re lucky you don’t get cancer and if you’re not lucky you get cancer. It does not come just because you have cancer genes. Epigenetics proves this. It is your own (very smart) cells adapting to a stressed, inflammatory and toxic environment.

RNM00001-Cancer Stem Cells are Environmentally Driven

There is no such thing as being cancer free permanently. If you make an environment today for cancer to develop, it will. If you make an environment that will not support its development and growth, then it will not. Cancer Stem Cells are your cells -- they are not a bacteria, they are not a virus, they are not a parasite, they are not a fungus. They are way more intelligent than all of those. That’s why it is impossible to get rid of the root of cancer with toxic therapies and surgery. This will always be a short-term gain and a long-term loss. This is sometimes necessary when you’re in an emergency situation: the tumor is pressing on a gland or duct or organ that is life-threatening, and at times you have no choice so you take the short-term gain, but you still must be working on the internal environment, at the highest level, at the same time. A stressed, inflammatory and toxic environment pushes the cells to try something different to survive in the toxicity and that’s when epigenetics, which is the process of the cell test driving different genetic segments from its DNA library, kicks into high gear. Highly stressed cells can accelerate epigenetic DNA searches up to 1000 times normal rate. Stress, inflammation and toxicity are therefore the preferred environment for cancer development. The cancerous genetic codes appear to the cell as potential answers to dealing with the harsh environment, and it may pick them, which changes the cell’s behavior.