Duality of the nervous system

The nervous system is a fundamental energy system in the body. Its operation is studied by measuring electrical fields generated during the transmission of nerve impulses. As electric currents always give rise to magnetic fields, the nervous system is also a source of some of the biomagnetic fields present within and around the organism (Oschman 2000). Neurophysiologists focus most of their attention on the “classical” nervous system, composed of the neurons that conduct information from place to place as electrical impulses.

This is a partial view because it neglects another energetic and informational system consisting of the Perineural connective tissue system, which constitutes more then half of the cells in the brain (R. Becker). The “Dual Nervous System” consists of the classical digital nerve network and the perineural analogue network. In contrast to the nervous system, the perineural connective tissue generates slower moving waves of direct current that flows throughout the organism, delivering messages to every part of it. The system is integrating and regulating throughout the organism.

Becker’s work on the Perineural System and solid-state communication in the living matrix has many clinical implications. He has presented evidence that the Perineural System actually regulates the operation of the neurons, and not vice versa. The Perineural System is involved in number of activities; working with Scenar technologies we are most interested in the following:

1. Control of growth and regeneration
2. Control of injuries repair and wound healing
3. Nervous system regulation

X-Signal system

According to biological informational theory as it applies to acupuncture (Manaka 1995), there is a so-called “X-Signal System” that represents a “primitive” regulatory system that is different from the classical nervous and hormonal systems. The X-Signal System is primitive in the sense that it arose in evolution long before the nervous system. It is present in single-celled animals, which do not have nerves per se, but react to external stimuli in order to avoid harm. The energy fields of the body, the Perineural System and the living matrix are some of the substances through which the X-Signal System exerts its effect on cells and tissues.
New outlook on the biology of the cell

The latest scientific research and deep study of the cell shows that the cells as the smallest part of human body have some attributes which enables them to communicate and interact with each other by exchanging information. Early electron microscopy confirmed that cells contain substantial amounts of “empty” space, where the particles are dissolved or suspended and where metabolism takes place. The more closely biologists looked at the cell, the more structures were found. A proposed model describes the cell as being filled with filaments, tubes and fibres that are collectively called cytoplasmic matrix or cytoskeleton.

The cytoskeleton is pierces the cell, penetrating the nucleus, where the essential information of the DNA is stored. The cytoskeleton links with the connective tissue or extracellular matrix as a network throughout the other neighbourhood cells, connecting them with each other (Ellison & Garrod 1984.) The function of the cytoskeleton was believed to be a scaffolding of the cell but at a closer look these microscopic hexagonal lattices of fine filaments of protein form tiny hollow cylinders of indefinite length (S Hameroff 1994). This cellular matrix acts like a network of tracks that transports various products along cells and takes part in pulling chromosomes. The cytoskeleton also appeared to be exceptional conductors of pulses.
Coherence effect

It has been discovered that there is a high degree of coherence among the neighbouring tubules, so that vibration in one would tend to resonate in unison with its neighbours. According to a proposed theory the cytoskeleton represents the “internet “ of the body: every neuron of the brain could log on at the same time and speak to every other neuron simultaneously via quantum process within. The cellular matrix helps to harmonize discordant energy and creates a global coherence of the waves in the body. Through this mechanism, the coherence becomes contagious, moving from individual cells to cell assemblies. This would provide an explanation for the instantaneous operation of the brain (at 0,00001- 0,0001 sec with the speed of transmission of information at 100 – 1000 m/sec).

Health is a state of perfect subatomic communication, and ill health is where this communication breaks down. One of the most important aspects of the waves is that they are encoded and carry information. We are ill when our waves are out of synch. H. Frohlich has shown in his own study that once energy reaches a certain threshold, molecules begin to vibrate in unison, until they reach a high level of coherence. The moment molecules reach this state of coherence, they take on certain qualities of quantum mechanics, including nonlocality. They get to the point where they can operate in tandem (H. Frohlich 1975). Scenar works on biofeedback loops helping to achieve the state of coherence and tune our waves into synch.