EUROMEDICA  Hanover 23-24  Mai 2011	Advanced methods of diagnosis, treatment and prophylactics
	European Academy of Natural Sciences, Hanover European Scientific Society, Hanover

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Experimental check of a biophysical model of a living organism, taking into account physical parameters of human body liquid, was tested within the limits of elaboration of a technique for accelerated sportsman organism restoration after intense training load. The obtained experimental data have proved the hypotheses and conclusions regarding biophysical model.

Besides, a number of independent problems have been solved. Here are some of the solutions found:

• Physical definition of incomplete restoration of an organism has been given and proved, the extreme case called “chronic incomplete restoration syndrome” has been elicited.
• A technique for diagnosing the above-listed conditions of a sportsman’s organism has been worked out.
• Diagnostics and restoration methods have been tested on volunteer sportsmen – submaster sportsmen and masters of sports. Efficiency of the technique has been proved on the examples of volunteer world-class masters of sports and merited masters of sports, among them Russian national light athletics team members and candidates.

It is known that intense training load is accompanied with drastic decrease of amino acid and carbohydrate content in a sportsman’s organism. This is the consequence of intense muscle activity. Energy needed for this activity is worked out in any living organism in the course of oxidative reactions. During recovery of an organism, on the contrary, compensatory reactions prevail. Redox reactions are accompanied with redistribution of electrons among reducing and oxidizing atoms. Degree of electron activity in redox reactions can be regulated by way of changing value of redox potential, to be more precise - redox potential of aqueous medium where reactions proceed. Human body liquid (blood, plasma, intercellular liquid, etc.) are characterized by a negative value of redox potential. This indicator of chemical activity obviously plays an important role in vital activity of an organism. For example, arterial blood and venous blood differ from each other according to this characteristic.

The proposed technique for acceleration of organism restoration after training load is meant for regulating physical parameters of a sportsman body liquid and improving redox potential of organism aqueous medium, making compensatory reactions prevail.

Gas discharge visualization technology (GDV) lets control current condition of a sportsman’s organism and select an individual regimen of restoration. The principal parameter of a sportsman’s condition which was checked with the help of GDV-camera was the area of glow in GDVgram of fingers (GDV-f ). In a long series of measurements of sportsmen’s GDV-f a direct relation between value of this parameter and functional condition of an organism was found out. For example, the parameter value declined during training and recovered after restoration. In some cases GDV-camera signal fell down to almost zero (“total breakdown”), for example after a heat and especially after a contest. Measurements were taken according to the following technique: area of fingers GDVgrams was measured during heats as soon as a 800 m sprinters had covered 600 m and stopped there to avoid organism acidulation. Measurements were as well taken before the heat and one time per hour in the course of several hours after the heat. In the second case – before a contest and immediately after it. A sharp decrease of the parameter value was registered. Thus, during heats its value decreased 1,5-2,5 times, while after contests – 2,5-4,0 times. Obviously, the bigger decrease during contests was caused by stress loads as well as extra 200 m which were not run by the sportsmen during heats. Sportsmen were observed after contests and it was noted that recovery process in a sportsman’s organism doesn’t start until fingers GDVgram area value has reached a certain level. This level is individual and, as we believe at the moment, depends on natural abilities of an organism. But original level (before contest) and speed of restoration is in direct relation with level and degree of a sportsman’s preparedness. This correlation was discovered by comparing results of measurements of submaster sportsmen and merited masters of sports who have experience of contest participation.

Degree of restoration incompleteness was registered on the basis of GDV-grams as follows. GDV-f value was lower next day before training than before the training the previous day. The value changed 1,3-1,8 times. When the sportsmen were asked how they were, 100% of them replied “good” or “excellent”. If training process was not corrected, after several training sessions the regarded parameter value went down faster and faster before each following training session. Maximal decrease was registered among submaster sportsmen, especially among very hard-working sportsmen, as coaches said.

Let us regard an example: GDV-f value of a well prepared sportsman is 20-22 thousand arbitrary units, after training session it falls down to 8-10 thousand units. The value of a sportsman who suffers from chronic incomplete restoration syndrome before training session can be 100-200 units, that is 100-200 times lower than the value of a fit sportsman. However, 100% of sportsman said they felt quite well or well. It should be noted experienced sportsmen - world-class masters of sports and merited masters of sports – answered the question “How are you?” in the same manner. In order to get a sportsman’s organism out of this dangerous situation, one should change training process by way of easing-off together with GDV-diagnostics and traditional physiotherapy. But this takes a long time during which no full value training sessions are possible.

To accelerate restoration processes, including the case of chronic incomplete restoration of an organism, there was elaborated a technique based on correction of human body liquid properties and aimed at accelerated recovery of its electron-donor properties.

This conception has been realized thanks to a preparation called “Awoda” obtained by way of extracting water from boundary layer. Awoda is produced by way of separation of mineral water into boundary layer water – water located near surfaces - and the rest of water – bulk water. Intake procedure – irrigation of oral cavity with pump doser. One-time dose for an average human being 0,1-1,0 ml, for a sportsman after training session – 5-10 ml. The elaborated technique and Awoda preparation allow to completely restore a sportsman’s organism for the second training session during the day within the limits of training pattern 2 – 2 – 1 (two training sessions on the first day, two sessions on the second day, one training session on the third day). For 40% of sportsmen it was an adaptative training process. It should be noted that Awoda contains no additives and turns into ordinary water in a sportsman’s organism. In the open air, according to readings of instruments, physical parameters of Awoda become the same as those of the original mineral water within 14-15 days. Awoda, according to the conclusions resulting from research conducted by the leading institutes of Academy of Medical Sciences of the Russian Federation on human cell cultures, animals and volunteers, is characterized by heightened biological activity, in particular by powerful antiviral and immune stimulating action on all levels, including cellular one. Awoda application together with pharmaceuticals or health improving preparations and physio procedures open up a promising course in the field of biomedical technologies. Restoration process can be controlled with diagnostic systems, such as GDV-camera, blood test, etc. On the basis of blood test results individual daily therapeutic dose of Awoda can be determined.