Saint Petersburg Institute of Fine Mechanics and Optics, Saint Petersburg Institute of Informatics and Automation of the Academy of Sciences of Russia.
A new method of analysis of fractal dynamics, which realizes conversion and compression of the data obtained with the help of “GDV-Camera” firmware complex, is studied. The techniques of picture typification and classification are developed on which basis the converted and compressed data are subject to a discriminant analysis. System MathCad operators’ notation is used in the work mainly.
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Yoga based techniques are extensively used as a lifestyle strategy for both prevention and management of various ailments across India/world.
Energy homeostasis is the key essence of a healthy life. Investigation of the energy homeostasis accomplished through integrated yoga practices is needed.
Electro photonic imaging (EPI) technique is growing as a novel technique of health assessment. It is being utilized in the fields of alternative medicine, conventional medicine, psycho-physiology, psychology and consciousness studies. The existing EPI norms are mostly based on European population.
In order to enhance practice and research through EPI in India, there is a need for developing EPI norms for the healthy Indian population.
GDV Sputnik is a sensor and attachment system that affixes to the GDVCAMERA (Bio-Well device), allowing for the energy of an environment to be read. For example, test the energy of a room before, during and after you meditate to see how energy levels change. Also includes attachments to calibrate your device.
Banajan A A1,2, Grachev A A1, Korotkov K G1, Korotkova A K1
1 Petersburg Research Institute of Physical Culture and Sport of the Russian Ministry of Sport, Saint Petersburg, Russia.
2 Federal Research and Clinical Center of Sport Medicine and Rehabilitation of the Federal Medical and Biological Agency, Moscow, Russia.
Keywords: Paralympic sport, psychophysiological state, the energy state of a person, gas discharge visualization, GDV, Bio-Well, rapid assessment, competition.
Abstract
The possibility of applying the method of gas discharge visualization (GDV) for the rapid assessment of psycho-physiological readiness of athletes for the upcoming competition was investigated based on the results of the Russian national sledge hockey team at international tournaments. Significant correlations between GDV parameters of athletes and efficiency of their performances in competition was found.
Saint Petersburg Federal Research Institute of Physical Culture and Sport
Introduction
Studies of athletic success have shown the importance of an optimal combination of the following factors in various sports: (1) the general psychoemotional status of an athlete, with a predominance of activity, resoluteness, and ability to work in a team (for team sports); (2) a high tone of the cardiovascular system and oxygen uptake; (3) a correspondence of the muscular structure and activity to the sports in which the athlete engages; and (4) a high level of physical training.
GDV bioelectrography is based on recording optoelectron emission of a biological object upon stimulation with short (3–5 μs) electromagnetic pulses [4]. The method makes it possible to record and quantify luminescence near the surface of the object in a high-voltage electromagnetic field (EMF).
The method is used to study stimulated emission of photons, electrons, and other particles of the object exposed to an EMF or a gas discharge. Biological emission strengthens in a gas discharge and is transformed into a digital code by a video transformation system, digitalized by a computer, and imaged as a GDV-gram. The GDV-gram is a spatially distributed group of luminescence areas with different degrees of brightness. Parametric analysis of GDV-grams is based on computerized methods of image processing.
Analysis of changes in GDV-grams includes calculation of the characteristics of their amplitude and geometric, brightness fractal, and stochastic parameters. These indices are measured for each finger; then their mean values are calculated (1) for all fingers and (2) separately for each hand. In healthy persons, mean fluctuations of the GDV-gram parameters within a day and within 10 min are 4.1 ± 0.8 and 6.6 ± 0.7%, respectively. A data bank formed in cooperation with specialists from the United States, Sweden, Finland, and Slovakia made it possible to identify the normal zone of these parameters in healthy men and women at different ages. GDV-gram recording is noninvasive, painless, and rapid and may be repeated many times during a therapeutic course or other procedures.
Results of Elite Athletes study
Results of the first research in sport testified to essential need of theoretic, conceptual and methodical approach to planning and organization of experiments with use, on the one hand, a GDV bioelectrography method, and on the other – the special tests created for investigation of the psychophysical condition of athletes and comparable to GDV-grams presentation.
System approach claimed for development of special computer programs for the automatic analysis of all the base of the experimental data taken by means of a GDV method from five fingers of the right and left hands of examinees. The last requirement was dictated by a principle of the bilateral organization and corticovisceral regulation of psychophysiologic processes and conditions of the person that is carried out by pair work of brain hemispheres. Bilaterally taken from the right and left hands of examinees GDV-grams allow the system analysis of the results of GDV research.
In the research carried out in 2000 as examinees took part male athletes, mainly champions and participants of Olympic Games, the World and European championships, the highly skilled athletes. Study was conducted in St Petersburg schools of the Olympic reserve No. 1, 2 and the Center of the Olympic Coaching (age – 18,3±3,5 years); among participants 15 masters of sports of the international class, 26 masters of sports, 42 candidates for the master of sports. In total, more than 348 person-inspections were carried out.
According to profound medical examinations all athletes were apparently healthy, actively participated in the international competitions of Russian national teams in those sports where endurance was dominating: modern pentathlon, triathlon, skiing, skating sports, boat racing and competitive swimming.
The main outcome of these researches consisted in the proof of diagnostic value of comparative analysis of GDV-grams of elite athletes in comparison with group of simply highly skilled athletes included in control group. In experiments it was distinctly fixed that the elite athletes’ GDV-grams differ by rather high degree of structuring in comparison with examinees of control group with less high level of achievements in sport (fig. 1). The characteristics for group of elite athletes (32 people):
– maximum structuring of GDV-grams;
– in 87 % cases their GDV-grams fall into types, specific for apparently healthy people.
– the combinatorics of types and base parameters of GDV-grams (the area, fractal and entropic characteristics) authentically differed (р < 0,05-0,01) from similar in control group.
Multiple parameter (correlation and factorial) statistic analysis, carried out considering expert estimates of efficiency of competitive activity of studied athletes confirmed at 95 % significance value (р < 0,05) the differential and diagnostic importance of GDV-gramsparameters for definition of degree of psychophysical endurance of elite and highly skilled athletes in comparison with less qualified athletes.
EMF SHIELDING
Protection of human beings against harmful effects of electromagnetic radiation. EMF shielding. Cell Phone shielding. Devices and materials. EMF shields.
