THE INHIBITION OF BIFURCATION EVOLUTION OF RESISTANCE TUMOR CELLS POLYPHENOLS AND LIGNIN OF VASCULAR PLANTS

Much of the review is devoted to actual at the present time ideas (1944) of L.G. Gurvich (born in Ukraine) “ biofield that koordynuyuye relationship between the molecular and cellular levels with the level of of the whole organism”, which as early as last century ahead limited possibilities of representations theory of quantum mechanics in the description of some initial of virtual features (intellectual the beginning) the essence of protein-nucleic substances. Information given is that oncological diseases can be uprooted only when cognition cancer as a biologic process in which nonequilibrium is the source of ordering and progressive development ? intensity (growth) of cell proliferation of tumor cells. Because of bifurcation phenomena at the cellular level advances of basic sciences in the field of cancer biology (open systems) have not led to the expected results in clinical oncology. Was developed the idea Nicolis G., Prigogine I. in the part the control of cancer cell growth kinetics for the return of the open system in “to the bifurcation condition” thermodynamic branch through synergies (selforganizing) the effect on the cell membrane tissue polyphenols ? lignins. “Before the bifurcation condition? will contribute to the remaining life expectancy the cells in a living organism. Confront the growth of cell proliferation, terrorism prokaryotic world, evolutionary resistance of tumor cells or junk migration of metal ions in the body can relicts of of biological activity and geneticists ? the plants based on their evolutionary memory secondary cell wall ? of lignin. It is shown relationship evolutionary stability of of lignin porosity of, antiseptic properties to harmful factors internal and external environment and simultaneous significant influence on the structure (memory) cell water. As a consequence, the formation of blood flow of available in the near future new “anti-cancer” states of cell of surfaces. Because of bifurcation phenomena at the cellular level advances of basic sciences in the field of cancer biology (open systems) have not led to the expected results in clinical oncology.