Open Access e-Journal Cardiometry - No.14 May 2019

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parameters of hemodynamics and data on metabolicprocesses measurement in a European swimming championboth during the conditioning and after the completionof the training process. The data are presented in asummarized tabulated form below (see Table 1 herein).Conclusions1. The offered novel noninvasive method of measurementof metabolic parameters, based on ECG processing,is an easy-to use and a highly effective practicaltool.2. The given method appears to have considerablepromise for a wide use in practice due to its capabilityto effectively supplement the classical diagnostics ofthe cardiovascular system performance.Statement on ethical issuesResearch involving people and/or animals is in fullcompliance with current national and internationalethical standards.Conflict of interestNone declared.Author contributionsAll the authors read the ICMJE criteria for authorshipand approved the final manuscript.References1. Dushanin SA, et al. The system of multifactorialexpress diagnostics of functional conditioning of athletesunder current and operational medical - pedagogicalcontrol (methodical instructions). Zhovten,Kiev, 1986, 25 p. [in Russian]2. Rudenko M, Voronova O, Zernov. V. TheoreticalPrinciples of Heart Cycle Phase Analysis. ISBN 978-3-937909-57-8, Fouqué Literaturverlag: Frankfurt a/M.München - London - New York, 2007, 336 p.3. Fedosov YV, Zhigalov SN, Rudenko MY, VoronovaOK, Zernov VA. Interrelation between the changesof phase functions of cardiac muscle contraction andbiochemical processes as an algorithm for identifyinglocal pathologies in cardiovascular system. Cardiometry.November 2012;1:87-101; DOI:10.12710/cardiometry.2012.1.861004. Rudenko MY, Zernov VA, Mamberger KK, RudenkoSM. ECG as a quest for extracting new data: non-invasivemeasurement of acid-alkaline parameters; Cardiometry.November 2013;3:45-57; DOI: 10.12710/cardiometry.2013.3.45575. Rudenko M, Zernov V, Voronova O. Study of HemodynamicParameters Using Phase Analysis of the CardiacCycle. Biomedical Engineering. 2009;43:151-5.6. Rudenko M, Zernov V, Voronova O. Fundamentalresearch on the mechanism of cardiovascular systemhemodynamics self-regulation and determination ofthe norm-pathology boundary. Heart Rhythm. 2012;9(11):1909-10.7. Karvonen J, Vuorimaa T. Heart Rate and ExerciseIntensity During Sports Activities: Practical Application.Sports Medicine: An International Journal ofApplied Medicine and Science in Sport and Exercise.May 1988;5(5):303-118. Hollmann W. Sports medical achievements forcardiology. Deutsche Zeitschrift fur Sportmedizin.2001;52(6):190-6.9. Tessitore A, Tiberi M, Cortis C, et al. Aerobic-anaerobicprofiles, heart rate and match analysis in old basketballplayers. Gerontology. July 2006;52(4):214-22.10. Wiswell RA, Jaque SV, Marcell TJ, et. al. Maximalaerobic power, lactate threshold, and running performancein master athletes. Medicine and Science inSports and Exercise. 2000;32(6):1165-70.11. Kalinski MI, Norkowski H, Kerner MS, TkaczukWG. Anaerobic power characteristics of elite athletesin national level team-sport games. European Journalof Sport Science. 2002; 2(3):1-21.12. Busnengo E. ECGs from trained and untrainedhealthy subjects in evaluation of cardiocirculatory fitness.Minerva Medica. 1976;67(37):2434-9.42 | Cardiometry | Issue 14. May 2019
Visit by Vladimir Zernov and Mikhail Rudenko to theInstitute of Theoretical & Experimental Biophysics, RASOur Editor-in-Chief and Deputy Editor have visited the Institute of Cell Biophysics at the Russian Academyof Sciences (Pushchino, Moscow Region) on the 27th of February 2019 in order to discuss some frontier researchissues with Prof., M.D. Eugene I. Maevsky, who is the Head of the Lab for Biological System Energeticsand the Research Director of the above RAS Institute. The 3-hour friendly discussion has been devoted to somesignificant results obtained upon completion of original scientific investigations focused on cell metabolism. Itwas enjoyable to remember the time of establishing and developing the Research Institute: this unique researchinstitution has been a leader in fundamental biophysics research in the former Soviet Union, and the discoveriesmade by its researchers have made possible to identify and interpret the mechanisms responsible for energytransformation in a cell under different conditions found in a human organism. One of the discussion themeshas addressed the coordination of the cooperation of the above researchers in creating a new book to describethe principles how a healthy heart works. The book will cover some sports medicine aspects: it should not onlyoffer knowledge & expertise in explaining biophysics and biochemistry in an athlete’s organism, but also providea detailed description of how to apply it in practice.Vladimir Zernov, Mikhail Rudenko and Eugene Maevsky have addressed the topics of applications of resonanceto improve adaptation responses by a human organism. In this connection, separately treated has beenan issue on actions and effects produced by resonance on DNA that induces genome expressions.Vladimir Zernov at the entrance to theInstitute of Cell Biophysics, RASEugene Maevsky, Vladimir Zernov and Mikhail Rudenko: discussing frontier scientifictopics at the Institute of Cell BiophysicsIssue 14. May 2019 | Cardiometry | 43
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Page 7 and 8: Prof. Mohammad AleemCairo Universit
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Page 11 and 12: Dear Reader!The present issue of ou
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Page 51 and 52: LECTURESCardiometry laws and axioms
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Table 1. Distribution of the gaze f
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psychophysical methods. Moscow: Eks
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IntroductionSuccessful applications
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Table 1 herein, upon the completion
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ORIGINAL RESEARCH Submitted: 15.2.2
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Table 1. Main statistical parameter
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ANALYTICAL NOTECardio-oculometric(c
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Open Access e-Journal Cardiometry - No.14 May 2019

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