S.G. Gurzhin - Ph.D.(Eng.), Associate Professor, Department «Information-Measuring and Biomedical Engineering», Ryazan State Radio Engineering University, Winner of the Lenin Komsomol Prize in Science and Technology (1984.), Laureate of the Ryazan Region on Science and Technology and the Silver Medal Academician V.F. Utkin
E.M. Grigoriev - Director Kasimovsky Instrument Factory, Winner of the Contest n.a. Peter the Great «Best manager of Russia 2000», Laureate of the Ryazan Region on Science and Technology Academician V.F. Utkin
V.I. Zhulev - Honored Worker of Higher School of Russian Federation (RF), D.Sc.(Eng.), Professor, Head of Department «Information-Measuring and Biomedical Engineering» Ryazan State Radio Engineering University, Laureate of the Ryazan Region on Science and Technology and the Silver Medal Academician V.F. Utkin
V.G. Krjakov - Ph.D.(Eng.), Associate Professor, Department «Information-Measuring and Biomedical Engineering», Ryazan State radio Engineering University, Laureate of the Ryazan Region on Science and Technology Academician V.F. Utkin
E.M. Proshin - Honorary Worker of Higher Education of the Russian Federation (RF), D.Sc.(Eng.), Professor, Department «Information-Measuring and Biomedical Engineering», Ryazan State Radio Engineering University, Laureate of the Ryazan Region on Science and Technology Academician V.F. Utkin
E.O. Putilin - Post-Graduate Student, Department «Information-Measuring and Biomedical Engineering», Ryazan State Radio Engineering University
A.V. Shuljakov - Senior Lecturer, Department «Information-Measuring and Biomedical Engineering», Ryazan State Radio Engineering University

Further development of methods and tools integrated hronomagnitoterapy whose prospects were described in an article last year, it is proposed to carry out in accordance c five main principles. The first three of them are aimed at improving the formation of multi-parameter and complexly distributed in time and space with a flexible magnetic influence his biotropic independent control parameters of the structure in different areas around the patient and synchronization biorhythms. Fourth very important and relevant is the principle objective implements, operational, remote monitoring and diagnostics of the functional status of the patient, in particular, his respiratory and cardiac activity during a session hronomagnitoterapy. Individual issues in this area by the authors was devoted several publications over the last ten years. In general research topics involves a number of tasks: find informative features in the response of the body's regulatory systems for magnetic effects; the development of automated methods and devices with a robust registration and processing changes of physiological parameters of the patient; development of the computerized database of patients and their diseases, a course of treatment methods in the complex «Multimag» recording history and current diagnostic indicators for possible correction of the magnetic effects; development of methods and devices contactless removal of diagnostic information to ensure patient comfort during the session hronomagnitoterapy; the development of highly intelligent radar systems, capable of working under strong electromagnetic interference and to provide useful signals on their background; development of methods and devices registration and selection of desired signals in the time-frequency informative parameters directly related to the body bioritmikoy and fast reactions to its effects. Considered approaches and objectives will enable the objective to organize ongoing monitoring of the patient during the session directly magneto without complicated procedures patient preparation, optimize the magnetic effects and improve the overall effectiveness of the treatment.

 

1. Gurzhin S.G., Grigor'ev E.M., Zhulev V.I., Kryakov V.G., Proshin E.M., Saxibgareev V.M. Fiziko-texnicheskie osnovy' kompleksnoj 4D-xronomagnitoterapii // Biomediczinskaya radioe'lektronika. 2013. №7. S.4-11.
2. Shulyakov A.V. Ispol'zovanie besprovodny'x datchikov obratnoj svyazi v sistemax kompleksnoj magnitoterapii // Biomediczinskaya radioe'lektronika. 2010. № 8. S.13-19.
3. Zharov M.V., Shulyakov A.V. Cifrovaya obrabotka signalov pri opredelenii parametrov ritma dy'xaniya v xronomagnitoterapii // Biomediczinskaya radioe'lektronika. 2008. №7. S.61-65.
4. Abramov A.M., Gurzhin S.G., Zhulev V.I., Kryakov V.G., Proshin E.M., Shulyakov A.V. Princzipy' postroeniya sistemy' kontrolya i izmereniya terapevticheskoj, diagnosticheskoj i e'kologicheskoj informaczii kompleksa «Mul'timag-M» // Biomediczinskaya radioe'lektronika. 2007. №7. S.10-13.
5. Proshin E.M., Grigor'ev E.M., Gurzhin S.G., Kryakov V.G., Kir'yakov O.V. Metody' i texnicheskie sredstva operativnoj diagnostiki, sinxronizaczii i biotexnicheskoj obratnoj svyazi v kompleksnoj xronomagnitoterapii // Biomediczinskie texnologii i radioe'lektronika. 2004. №7. S.19-25.
6. Gurzhin S.G., Proshin E.M., Putilin E.O., Shulyakov A.V. Radio i optiko-lokaczionny'j kontrol' funkczional'nogo sostoyaniya paczienta xronomagnitoterapii // Biomediczinskaya radioe'lektronika. 2011. №7. S.18-24.
7. Proshin E.M., Putilin E.O. Beskontaktny'j monitoring dy'xaniya i serdczebieniya paczienta kompleksnoj xronomagnitoterapii na osnove ul'trazvukovy'x bienij // Biomediczinskaya radioe'lektronika. 2012. №7. S.19-27.
8. Putilin E.O. Ul'trazvukovy'e metody' beskontaktnoj registraczii proczessov serdczebieniya i dy'xaniya paczienta kompleksnoj xronomagnitoterapii // Biomediczinskaya radioe'lektronika. 2013. №7. S.12-20.
9. Patent № 2470581 S1 (RF). MPK A61B 5/08, A61B 5/02, A61B 8/02. Sposob registraczii ritmov dy'xaniya i serdczebieniya paczienta i ustrojstvo dlya ego osushhestvleniya / E.M. Proshin, E.O. Putilin.
10. Patent № 2496410 S1 (RF), MPK A61B5/0205, A61B8/02. Ustrojstvo dlya distanczionnoj registraczii proczessov serdczebieniya i dy'xaniya paczienta / E.M. Proshin, E.O. Putilin.