Pietro Gullino, also at the National Cancer Institute, created a test that indicates that this slow growing cancer always produced fermentation acids susu. Silvio Fiala, a biochemist from the University of Southern California, also confirmed that this slow growing cancer susu acid production, and that the oxygen respiration was reduced.

Further research to Warburg's theory showed that when the oxygen level declined, the cells began to produce energy anaerobically. They eventually become cancerous when levels went low enough. It took a reduction of 35% in the level of oxygen for this to happen.

JB Kizer, a biochemist and physicist at Gungnir Research in Portsmith, Ohio explains, "Since Warburg's discovery, this difference in respiration has remained the most fundamental (and some say, only) physiological difference consistently found between normal and cancer cells. Using cell culture studies, I decided to check the differential responses of normal and cancer cells to changes in oxygen environment.

"The results found that quite extraordinary. I find that ..." 02 tension is high off the network for cancer, 95 percent of which is very toxic, whereas in general, normal cells is not harmed by high oxygen tension. Indeed, some normal cells that are found to require high 02 tensions. This seems to indicate that if 02 possible tensions in cancer cells can be elevated, then the network of cancer can be killed selectively, as it seems that cancer cells are capable of handling from 02 in the high 02. "

oxygenated cells

Low oxygen levels in cells may be fundamental causes of cancer. There are several reasons cells become poorly oxygenated. An excess of toxins clogging up the cells, the quality of the cell walls that do not allow nutrition to the cells, lack of nutrients needed for respiration, poor circulation and even low levels of oxygen in the air we breathe.

Cancer cells produce excess acid because susu ferment energy. Lactic acid is toxic, and tends to prevent the transport of oxygen into neighboring normal cells. Over time, as the cells replicate, in May the cancer spread if not destroyed by immune system.
Chemotherapy and radiation are used because cancer cells are weaker than normal cells die and therefore the first in May.
However, chemo and radiation damages respiratory enzymes in healthy cells, and those with excess toxins, so they become more likely to develop into cancer. That caused the cancer condition worsened, not improved. And the cancer usually returns quickly a second time unless you make changes to support your body's health.

The implications of this research is that an effective way to support the body against cancer will get as much as possible to the oxygen in healthy cells, and increase their ability to utilize oxygen. Increasing oxygen levels normal cells will help prevent them from becoming cancer.

And to increase oxygen levels in cancer cells, high level that can help kill cancer cells.
Nurses who work in medical research said, "It's so simple. I do not know why I never thought of it before. When we are working with cell cultures in the laboratory, if we want to change the cell, we turn to the oxygen. To stop the them, we turn the oxygen back up. "

Ma Lan, MD and Joel Wallach DVD, show that one type of white blood cells to kill cancer cells by injecting oxygen creating hydrogen peroxide into the cells.
That's not easy to get extra oxygen to the cells. The approach does not work with the most good.
Breathing oxygen is still limited by the amount of hemoglobin available, and pH level. Dr. Whittaker points out, quite rightly, that liquid oxygen supplements that release oxygen into the blood, which most of them only do, can not get oxygen to the cells.

He explains that the mechanisms needed to transport oxygen to the cells. And although typical oxygen supplements to get oxygen in the blood, does not mean that he will enter the cells.
So what can you do to increase the level of oxygen in the cells? 11 Natural Therapies To Conquer Cancer e-book does not provide one, but two supplements that have the ability to get more oxygen to the cells.