An excerpt from the book KNOCKOUT

The following is an excerpt from the book "KNOCKOUT" by Suzanne Somers. The book illustrates the possibilities that are available when using alternative methods, and medicines, for fighting cancer.

SS- Suzanne Somers
SH- Dr. Steve Haltiwanger

SS: Let’s talk about DNA damage and its connection to cancer from an electronic
point of view. What does a cell do?

SH: A cell is not some static thing that sits there like a bag of chemicals. It’s an
information processing unit. Each cell literally contains all the features of
transmitters, like in electronic communication devices. All cells process
information from other cells in order to coordinate their functions. A signal is
received, say from interaction of a chemical with a cell receptor site (and there
are thousands of these receptors on the surface of every cell), and as a result of
that receptor activation a chemical is allowed to enter the cell, and it’s a normal
chemical; it’s supposed to be there. Our cells are designed to receive that
chemical and then initiate a series of steps, starting with the amplification of the
signal. So there’s a communication system with the receiver and an amplifying
unit and now there’s a signal sent through. Every time there is a chemical
reaction, a movement of electrical charges occurs, which creates an
electromagnetic field change and a specific signal. The end result is many of
these signals get processed down to the cell nucleus which responds by decoding information from our DNA. Perhaps it’s a message to repair our DNA
or facilitate the production of an enzyme that needs to be replaced.
Cells are constantly talking to each other through electrochemical communication
systems creating local and systemic feedback loops. Each cell continuously
takes in information from other cells, processes this information and then
responds accordingly. Everything that occurs within each cell is either controlled
or influenced by the genetic machinery. Cells are designed to continually
manufacture certain proteins and enzymes, but a mature adult cell just doesn’t
make all proteins; its functions are specialized. If the cell signaling abilities are
compromised, then you’re set up to have a problem with cell malfunction.