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Peculiarities of treatment at local work of muscles at representatives of acyclic sports (0.58 Mb, pdf) Read
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Попова Татьяна Владимировна
Корюкалов Юрий Игоревич
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We examined 60 students of both sexes engaged in acyclic sports and untrained (15 people per group). We compared the indices of local working capacity of muscles and electroencephalograms in athletes and untrained. The results of the study revealed that under local loads before fatigue on the finger ergograph, the performance and endurance indicators were higher in athletes. On electroencephalograms, athletes in the initial state were predominated by alpha activity, in untrained patients with local work, pronounced activation of beta and theta activity was observed. The increase in the spectral power of slow alpha and theta waves during work, and with the development of fatigue, their depression was more pronounced in untrained individuals. The authors suggested that the relationship between general physical loads and the functional state of individual muscles can be related to central mechanisms. The conclusion is drawn that according to the functional properties of individual muscle groups, one can estimate the level of general physical fitness of the organism.

Bibliography:
  1. Оrtenblad N.,  Westerblad H., Nielsen J. Muscle glycogen stores and fatigue.  The Journal of Physiology, V. 591, № 18, Р. 4405–4413, 2013.
  2. Rampinini E., Connolly D. R. , Oppici L. , Alberti G.et al. Reliability of the assessment of peripheral muscle fatigue induced by high-intensity intermittent exercise. The Journal of Sports Medicine  and physical fitness. 2015;55(10):1129-37.
  3. Rozenblat V.V., Ustyantsev S.A. Fatigue in the dynamic and static muscular activity of a person. Human physiology. 1989. V. 15. № 5. P. 90.
  4. Bangsbo J., K. Madsen, B. Kiens and E. A. Richter. Effect of muscle acidity on muscle metabolism and fatigue during intense exercise in man. Journal of Physiology, 495:2, P.p.587-596, 1996.
  5. Bayev NA, Tristan VG The meaning of the "leading" representative sensory system for the success of EEG-BOS-training. Bioproduction in medicine and sports: Materials of the IV All-Russian Conference on April 8-9, 2002. Omsk: IMBB SB RAMS, Siberian State Medical Academy, 2002. Pp. 43 - 45.
  6. Popova TV, Koryukalov Yu.I., Morocco D.A. Central mechanisms of fatigue with local muscular activity of a static nature. Human physiology. 2007. V. 33. № 4. P. 95-100.
  7. Koryak Yu.A. Neuromuscular changes under the influence of seven-day mechanical unloading of the muscular apparatus in humans. Fundamental research. 2008. № 9. Pp.1-14.
  8. Karamyan AI, Sollertinskaya TN About comparative-physiological features of functional relationships of the hypothalamus, olfactory and limbic brain systems. Physiological Journal of the USSR. 1972. V. 58. P. 974.
  9. Boldyreva GN, Sharova EV, Dobronravova I. S .. Role of regulatory brain structures in the formation of human EEG / Human physiology. 2000. V.26, №5. Pp. 19-34.
  10. Tristan VG, Fries NA, Krikukha Yu.A. Justification of the relaxation method for neurobiourea. Bioproduction in medicine and sport: Materials of the First All-Russian Conference on April 26 - 27, 1999. Omsk: IMBK SB RAMS, Siberian State Medical Academy, 1999. P. 64 -66.
  11. Boord P., Craig A., Tran Y., Nguyen H.: Discrimination of left and right leg motor imagery for brain-computer interfaces. Engineering and Computing 48 (4): 2010. P. 343-350,
  12. Davis J.M. "Carbohydrates, branched-chain amino acids, and endurance: the central fatigue hypothesis".Int J Sport Nutr 5 (Suppl): P.29–38, 1995. 
  13. Noakes T.D.  Commentary: Role of hydration in health and exercise. BMJ (British Medical Journal), 344: 4171. 2012.
  14. Vinogradova OL Changes in strength and endurance in physical training of various orientations. Russian Journal of Physiology. I.M. Sechenov. 2004. V.90, №8. Pp. 368-369.
  15. Pääsuke M., Ereline J., Gapeyeva H. Contractile Changes in Knee Extensor Muscles after High-Intensity Isokinetic Exercise in Male Power-Lifters and Untrained Subjects. Physiological and biochemical basis of educational technology and adaptation to different in magnitude physical stress. In two volumes. [V. I]: Materials of the International Scientific-Practical Conference (29-30 November 2012).  Kazan Povolzhskaya GAFСS&T, 2012. - 276.