In addition, information technologies developed by Professor Lutsevich have practical use in many areas of human activity. This includes energy, industry, agriculture, veterinary, ecology, medicine, microbiological industry, virology, transport, communications, geology, and astronautics. Implementing information technologies can help in water treatment, sewage treatment, neutralizing toxic substances, and cleaning up the area and waste from radioactive contamination. It is possible to protect and treat farm animals and birds from various epidemics, predict epidemiological diseases, natural disasters, and much more. A more detailed description of the methods of application information technology in multiple fields can be found in Professor Lutsevich's books. In this brochure, our attention will be focused on the recovery of a particular organism.

Section 5 Computer electropuncture diagnostics

One of the stages in the technological process of restoring health is computerized electropuncture diagnostics. It is the first thing a session in our center begins with. All electroacupuncture diagnostics methods are based on electrodermal measurements of biologically active points on the arms and legs along the meridians. Probably everyone is familiar with Voll’s method, which is the basis of electropuncture diagnostics. Our center uses devices of the KES-01 series, developed by Avicenna Medical, Scientific Association, for screening diagnostics of individual organs and the whole organism. The expression screening means quick, visual, overview diagnostics. The KES-01 "Avicenna" system of computerized electropuncture scanning combines the experience of ancient Eastern       studies, new neurophysiological developments, and modern computer technologies. The main task in the diagnostic study using the KES-01 complex is to obtain information about the functional state of the body systems, the work of individual organs in these systems, and the body as a whole. The information obtained is used to prevent various pathological conditions of the body and its prognosis. This procedure is essential because it reveals changes in the energy level. However, these changes are signals of the onset of illness before it occurs on the physical level. Disorders of energy balance are indicative of signs of health disorders. Therefore, to restore the body, it is necessary to restore this balance, which requires stimulation of the body's systems by receiving healing information.

After electroacupuncture diagnostics, the measurement results are provided as a diagram, colorgram, table of values, color phantoms, textual functional conclusions, and numerical indicators. Numerical indicators reflect quantitative values in assessing the functional state of organs: hypofunction (for example, 20 units against a general background of 40-60 units) or hyperfunction (90 units against a general background of 40-60 units). According to numerical parameters, it is also possible to conclude that the pronounced dysfunction of an organ or system is caused by a significant difference between the right and left values in a given meridian. In the case of paired organs (kidneys “R,” lungs “P”), we are talking about the dysfunction of the system, where one organ is in a state of hypofunction, and the other, compensating for its insufficiency, works with an increased load – hyperfunction. An essential indicator of the state of the human body as an energy system is the numerical calculated level of the “average value,” which indirectly characterizes the state of the immune system, the degree of reserve adaptation capabilities, and vitality, which is the background for all functions in a given person. The normal value is the "average value" indicator from 40 to 60 units in adults aged 25 – 65. Colorgram, tables, and phantoms expand the ability to assess and decipher the functional states of organs and systems. Thus, an increase in the functional state of an organ or system (hyperfunction) is reflected in the corresponding segment of the colorgram or the image of the organ on the phantom in red color. In contrast, a slight hyperfunction is reflected in pink or yellow. Accordingly, a decrease in the functional state of an organ or system (hypofunction) is reflected in dark blue, while a slight hypofunction is reflected in pale blue. Indicators that are within the normal range are displayed in green.