King Krebs

A microbe is found in all cancer cells. Cancer microbes into normal cells and their presence is transforming normal cells into anaerobic (anaerobic cell does not burn oxygen as normal cells, rather than ferments the glucose to produce energy). The definition of an anaerobic cell is a cell cancerous. A Nobel Prize was given in 1931 (Otto Heinrich Warburg) for the discovery that a cancer cell is anaerobic.

The microbe different, sometimes it is a virus, fungus, mold, bacteria, acid-resistant (which evolved into a mushroom) or an amoeba (for example, trichomoniasis).

Inside each cell are mitochondria. The mitochondria are where energy of the cell is created in the form of a molecule called ATP. The chemical process by which ATP is made starting with what is called the Krebs cycle "or" citric acid cycle. This cycle of chemical reactions led to the creation of ATP.

But as a spin-off of the Krebs cycle, electron transport chain (ETC), creates even more ATP than the citric acid cycle.

In a cancer cell, the Krebs cycle is broken. Since the ETC is a spin-off of the Krebs cycle, it is also broken. The result of breaking the Krebs cycle is the energy in the cell (eg the number of molecules of ATP) decreases strongly.

The human cell is a living being very sophisticated. When the Krebs cycle is broken, the cell is generally able to set the cycle in order to restore energy in the cell.

With a cancer cell, the cell is unable to restore the Krebs cycle. In contrast, the Krebs cycle and ETC are kept broken off.

So what could possibly keep the break in the Krebs cycle and ETC? That could make it impossible to set the cell month after month and year after year. The microbe, once inside, intercepts glucose enters the cell (most microbes eat glucose). The bacterium excretes "mycotoxins," dangerous hormones and perhaps a thick mud (mycotoxins are the normal excretion of microbes).

Mycotoxins are very, very acidic inside the cell becomes very acidic, which is a characteristic of cancer cells (actually more of a cancer cell, usually the more acidic it becomes). mitochondria of the cell (which convert glucose into energy) is very low glucose because the microbe has intercepted more glucose. What cell mitochondria did find a lot of mycotoxins and other hazardous waste, which can not be converted into energy,

The energy level of the mitochondria (ATP supplies energy the key to a cell, but the ATP is generated by the Krebs cycle and ETC) collapses because she lives in a sea of mud, which mean drops of ATP energy. The signals are sent to receptors for insulin and glucose receptors on cell membranes to get more glucose.

Glucose enters the cell (about 15 times more), but most of the glucose is trapped by the microbe (which can grow) and mitochondria are swimming in a sea of increasingly large number of mycotoxins, hormones and perhaps dangerous mud. Technically, the glucose is normally converted to pyruvate and that is that pyruvate enters the mitochondrion.

There is a limit to the height of the activity of these two types of receptors may be there is no way for the mitochondria (and therefore ATP) to get enough glucose / pyruvate and energy. The tumor cell is now officially fall because his level of energy (the energy levels of PTA can be compared to measures of scale) and it is defined as anaerobic.

In this process, two things happen. First, because the microbe (s) the termination of the Krebs cycle and ETC are distributed as long as the microbe (s) are inside the cell.

Second, each tumor cell is transformed into a very healthy microbe (s), living within a cell very sick man. Because the microbe (s) are in good health, and the cell is sick, it becomes very difficult.