CONTROL OF THE OXYGEN REGIME OF THE PLANT USING ARTIFICIAL SIGNALS OF THE INFORMATION-INTELLECTUAL CONTINUUM OF THE NEURON

Shaov Mukhamed T., Pshikova Olga V., Sunsheva Bela M., Shugusheva Larisa H., Akkizov Azamat Y.

The reliably of living organism and even plants is in the effective of its defense mechanisms, in stability to the act of unpleasant factors of external environment lack of oxygen , water, excess of salt and reactions on sressors, aimed on defense intracellular structures and elimination unpleasant changes in cells. The aim of our work is to determine protective action of neuron- like impriting technology «Neuroton -1» on plant`s organism «ophiopogon jaburan» with stress factors. The tension of oxygen ( Po2) is register with the help of polarography. Saline solution (o,6 n), dimming (2 ch), irrigation ( 3p) are stressors. The tension of oxygen registered in normal conditions, exposure salinization, dimming and irrigation in one series of experiences, the plant was exposed by action of information – intellectual neuron continuum signal duration of 10 minutes every day during 7 days for 5 meters before the plant in another series. The hyperoxy state occurs the increase of salt composition of environment under the stress- buster and the state of hypoxia is under dimming and excessive irrigation. Information impulse signals of neuronic technology reliably protect the oxygen regime of plant`s tissue from damaging effect of salinization, dimming and excessive irrigation.

Keywords:the plant, the stress, the active oxygen forms, the oxygen tension, the impriting (energy- information exchange), neuroton - is the «voice» of neuron, the information – intellectual continuum