How Our Cells Communicate

Posted by on May 10, 2012 | 0 comments

Information is the communication of knowledge and each cell of your body is built for communication. The outer cell wall is comprised of two layers of fat, called a bi-lipid layer. The lipid molecules are organized in a crystalline pattern that facilitates communication.

 

You may be familiar with crystals and their use. Using very simple components, and no outside energy source, a crystal radio allows you to capture the waves from a radio station and convert them into audio energy.

 

The crystal like structure of each of the 70 trillion cells that make up your body allows you to receive information in a similar way. As the cells compress and expand their structure generates the energy needed to pass information along, allowing your entire body to function in a coordinated and healthy way.

 

As your cells communicate ZYTO technology makes it possible to ‘eaves drop’ and listen to the conversation. This is accomplished by monitoring the changes in galvanic skin response, or GSR, as well as subtle changes in spoken voice. As we listen we apply proprietary formulas and extract meaning from what your body is saying; but that’s only half the equation, the other half is talking. Talking in this sense is communicating information to your body that will stimulate a response.

 

To talk to your body ZYTO technology converts computer data to signatures or frequencies that stimulate cellular response. We call these signatures virtual stressors or queries. The process of talking with the body can be seen as a stimulus-response exercise. ZYTO technology outputs a query (a virtual stressor) and the body responds. We’re asking a question and listening to the answer.

 

Stress as a Communication Pathway:

 

Most often, when we hear the word stress we think of anxiety or nervous tension. The clinical definition of stress however is a positive thing. In fact, without stress you’d be dead. Physiological stress is your body’s reaction to any stressor. It is generated in an attempt to maintain balance. Stressors can be environmental, emotional, or physical. For example, fatigue from staying up too late, the emotional strain from a death in the family, or a flu virus that has invaded your body are all stressors.

 

When a stressor presents itself your body uses biotelemetry to spread the word, communicating from cell to cell to enlist sufficient resources to compensate for the stressor. When the body’s response is adequate we continue to enjoy good health, we are in balance with our stressors. This is called homeostasis.  Homeostasis is not a static position; the body is constantly making adjustments, an estimated 100 million per second. For the most part we are unaware of these adjustments because our conscious mind is not designed to handle that much detail.  But even though we don’t hear the music, the dance goes on.

 

The music of this dance is what Biocommunication listens to, particularly the music of GSR. But instead of presenting the body with actual stressors, this technology generates virtual stressors, queries.  In this manner the body can be presented with a large number of simulated challenges, or questions, and by listening to the biotelemetry reflected in GSR the Biocommunication device receives the body’s answers.  It’s a stimulus-response experience.


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