This article looks at the role energy plays in cancer cells and their proliferation.

1. How Low Energy Cancer Cells May Be
Jolted by the Power of Scalar Energy
This article looks at the role energy plays in cancer cells and their
proliferation.
Within the human body, each and every cell registers an electrical charge across
the membrane’s plasma. Each cells interior carries a negative charge,
respective to the exterior charge. What this electrical charge is referred to as is
the transmembrane potential. While the size of the transmembrane is different
from cell to cell, in cells that are excitable (chargeable), it stands at -70 millivolts.
Cancer cells are proven to contain low amounts of energy or have reduced
transmembrane potential as well as a low level of cellular energy production.
The transmembrane potential in these cells is at -15 millivolts, indicative of low
energy levels.
The cells that have low transmembrane potential at -15 millivolts divide into two
separate cells. The reasoning for this is quite simple: as the energy level drops
into life-threatening levels, the existence of the cell is threatened and at risk. The
cell than begins to proliferate uncontrollably in an attempt to save itself.
As the cell continues to rapidly proliferate amongst these cancerous cells, the
amount of energy that is produced within the cells is even further diminished. As
one could imagine, the new cells that are formed have even further reduced
levels of energy than the initial cancer cells. This is due mainly because the
cancer cells begin to form in an area of the body which is already low in energy
levels.
Researches have found a connection between mitochondria and cancer back in
the 1930’s. What was found was that in a state of cancer, the mitochondria
become dysfunctional. From research done at the University of Alberta, cancer
growth can be hindered by facilitating the production of energy within the
mitochondria.

2. Early theories stated that once mitochondria are cancer ridden, they are
permanently damaged and not treatable. Also, they believed that the
mitochondria’s inability to properly produce energy was due to cancer; they
didn’t identify the mitochondria’s damage as being a cause for cancer growth.
Current research is now showing that when damaged mitochondria are restored,
there is a reduction in tumor growth. This finding points to dysfunctional
mitochondria being a direct causal factor in the growth of cancer. These
conclusions have been confirmed in both test tubes and animal studies.
How scalar energy is able to diminish this condition is to raise the potential
energy production of the cell, also know was the transmembrane potential. As a
matter of fact, scalar energy is able to successfully raise the energy to its
optimum level of -70 millivolts. With this raise in the energy level, the cancerous
cells no longer feel threatened, and consequently, no longer proliferate
uncontrollably in an attempt to ensure their survival. In turn, this may arrest the
proliferation of cancer ridden cells.
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