Two great German scientists, Otto Warburg and Manfred von Ardenne, discovered the medically hidden process that transforms a healthy body into a cancer host. This knowledge enabled them to enhance the natural oxygenation process that protects our bodies from from cancer.
Warburg said cells become cancerous when they lose their ability to breathe. He won a Nobel prize in in 1931.
“…the prime cause of cancer is the replacement of the respiration of oxygen in normal body cells by a fermentation of sugar.”
Later, one of his students, Manfred von Ardenne, figured out why Warburg’s cancer cells couldn’t breathe.
He discovered that the pipes that delivered blood to cancer areas were swollen inside and that low oxygen caused a cellular brownout.
This swelling prevents red blood cells from delivering oxygen and blocks white blood cells from protecting the tissue from infection. video
The holes left open by swelling allow sugar as blood plasma and tiny infectious seeds to pass through.
This creates a sweet spot for disease where infectious seed is free to germinate in a sugar rich area hidden from the immune system.
Cancer develops when an infectious seeds invades body cell weakened by lack of oxygen to make it malignant. A metastasis grows when a cancer seed from another tumor takes root in a sweet spot.
These sweet spots are the incubators where cancer starts and later spreads.
Ardenne discovered how to open the swollen pipes and get rid of sweet spots by tricking the body into squirting super-oxygenated plasma through the little holes to open them right up.
He also figured out how to use oxygen to invigorate the immune system increasing white blood count by 18% within an hour.
So if you or someone you love has, or wants to avoid, cancer, the very first and most important thing to do is oxygenate because oxygenation erases disease sweet spots and keeps your immune system working at its peak.
LiveO2 Adaptive Contrast® creates a maximum lifetime oxygenation in minutes. Visit LiveO2.com for more information, products and protocols.