The Effect Of Information On The Human Body - Part 2

The physical channel of control and realization of the program of development and functioning of the human body is heterogeneous and is represented by electrical, electromagnetic and acoustic fields and domains of polarization. In terms of matter from atom up to a multicellular organism as regards the functioning of a bioobject the most essential thing is electromagnetic interaction. The intensity of the interaction is determined by the corresponding constant bond which, in terms of electromagnetic interaction, is an electric charge.

All the processes in the bioobject on an atomic-molecular level start from changing the value of electric charges due to the fact that macromolecules are semiconductors or dielectrics, many of them are dipoles capable of forming domains and also due to the fact that macromolecule structures have properties of liquid crystals or electrets. With a change in the electric status of macromolecules, these properties make it possible to generate electromagnetic and acoustic fields and waves. In terms of energetic levels of quantum electrodynamics this can be given the following explanation. The primary accumulation of energy by the electrostatic field as a result of energy capacity of metabolism takes place on a E level. So a non-equilibrium static state arises which causes the ion channel to open and electric current to originate. Ions start moving in an organized string which causes the swinging of the mechanical vibrations of the macromolecule. This results in the energy accumulating as the energy of mechanical vibrations – an M energy level. Non-linearity of mechanical vibrations with a rising amplitude can lead to the excitation of exitons which correspond to an R energy level. From this level energy dissipation goes on by emitting electromagnetic waves.

This kind of energy level structure is a classic three-level non-equilibrium system which is a source of laser emission. An external resonator is needed to realize this structure. However, in cell membranes there may exist conditions in which inverse population can cause laser type emission without an external resonator. Experimental data are available about chromosome DNA acting as a biolaser with changing wavelengths of the fields emitted by them. It?s a proven fact that macromolecules of biosystems are able of accumulating photons on account of excimer and exciplex excitation and that the wavelength (1) of stored photons is within 250-900 nm.

In 1977-1988 H. Frohlich theoretically substantiated and provided experimental proof that living cells can produce electromagnetic fields. He developed a common theory of coherent oscillations in biological systems. A.S. Davydov (1986) described excitation, delocalization and motion of electrons along peptide chains of protein molecules as an elongated wave –soliton which completed Frohlich?s model. These fundamental theories have broadened and extended the understanding of the conception about a code hierarchy of biosystems. It has become clear that endogenous fields of the organism of Frohlich-Davydov kind are automatically modulated by the structure of a biosystem and carry the corresponding information load.

Theoretical and experimental elaboration by P.P. Garyaev and coauthors gives grounds to assert that the fundamental principles of biological system code hierarchy are infrastructures of extracellular matrices (ECM), cytomembranes, cytoskeleton and cell nuclei. All changes in a living organism, in the first place, are associated with changes in these structures. DNA, ribosomes and collagen (the principal constituent of ECM proteins) are main information biopolymers. Among them there is information exchange in an epigenetic mode through physical channels of non-linear electromagnetic oscillations. Moreover, the generators and acceptors of information waves within bioobjects are various liquid crystal structures and intracellular water with the ability of forming fractals.

The main distinctive feature of a living organism as an open thermodynamic system is that the environment interacts with its forms and processes on an information synthesis basis by changing entropy normalization. Entropy as a measure of information of a certain kind of living matter is a sum of a measure of genetic information and a measure of information in processes of selforganization for which the properties of the system?s elements are determined by entropy values. As the hierarchy level rises entropy becomes more important as a measure of information that does not affect the level of genetic information (DNA or RNA). When human brain is formed this hierarchy has a level close to maximum with the interaction that determines the brain function not affecting the levels of DNA or RNA. The zero level of the hierarchy of entropy describing the brain function only produces a similar character of neuromediators of the CNS. The community is responsible for inborn forms of behavior and reflexes. ?The computing element? of the brain is based on the principle of information synthesis. To train the brain it is sufficient the body?s organs to release normal products of their metabolism.

The nervous impulse originating in the course of evolution replaces direct regulation of the organism (due to a change in the conception of products of basal metabolism) by regulation based on universal compounds-neuromediators abstracted from the primary functions of survival. Before all else, this, with interaction of external factors involved, makes it necessary to make an information synthesis – e.g. to relate incomparable causes and effects directly, on a biochemical basis.

Thus, the endogenous information continuum in a bioobject is produced with physical (electromagnetic and acoustic fields) and chemical (mediators) factors. Anyway, the leading part?s assigned to physical factors because of an accurate, global and extremely fast relationship established among biostructures in the course of interaction for their excitation and information synthesis. In addition, there is nothing to rule out the possibility of frequency-selective electromagnetic radiation acting as mediators in the functioning of the brain.