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Changes in the recipient’s FS were registered applying electropuncture diagnostics as per the Prognosis method (hereinafter referred to as EPD) which registers rather subtle changes in human condition contributing no significant disturbance to the object of research [1, 2, 3].

This diagnostic method and hardware-and-engineering items related to it were developed as a part of the Soviet and later – of the Russian space program in the period of 1980 to 1996. In the process of development the primary scope of the Prognosis method was planned to be its application for express-monitoring of spacemen’s medical status during long-term orbital flights including the planned flight to Mars [4, 5].

Also this EPD modification is widely used in medical practice of the European Union [6], it is EU certified as a medical product.

The basic prerequisites for use of the Prognosis EPD for objectification of comprehensive changes in human body under the influence of various factors (including rather “subtle” ones) are as follows:

The apparatus Prognosis-Mini made in Russia was used as measuring means for EPD (CJSC NTK Integrative Systems) functioning in the software environment Prognos-M, version 6.1.

In order to achieve greater comprehensive level of approbation remote monitoring of cardiac rhythm variability change (CRV) was made for the recipient and the evaluated specialist together with the analysis of changes in acupuncture channels (hereinafter AC). This type of diagnostic testing is a recognized method registering changes in human FS under the influence of various factors [7], among others it is widely used in occupational physiology [8]. On the one hand such additional measurements were performed to have a continuous assessment of the nature of the work stress on the evaluated specialist, on the other hand, the influence of various stages of the correction process on the recipient’s adaptive resources and regulatory potentialities was analyzed. Thirdly, the simultaneous examination of such parallel measurements gives an opportunity to analyze the level of synergism between the specialist and his patient. Here synergism is understood as the level of interdependence of changes of the test participants’ FS. Thus an attempt was made for an objective evaluation of the level of “partnership” which took place between them.

In order to examine CRV innovative technical facilities made by BM innovations GmbH (made in Germany) and specially configured software of CJSC NTK Integrative Systems (Module of Variational Pulsometry which forms part of the Flexible Automated Medical System for Complex Preventive Measures, version1.01 – 2013) were used.