The Use of Medical Hardware-Software Complex «esteck System Complex» in Sports Medicine

Klyuchnikov, Sergey; Samoylov, A. S.; Медведев, С. Н.; Klyuchnikov, M. T.; Vychik, Anna

doi:10.17238/issn2223-2524.2015.3.81

Cited by 2 publications

(2 citation statements)

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“…С учетом специфики учебно-тренировочного и соревновательного процессов, особенно в спорте высших достижений, необходим рациональный выбор методов диагностики функционального состояния спортсменов, максимально информативных, неинвазивных и интегральных, дающих возможность специалистам по медико-биологическому обеспечению спортсменов в максимально сжатые сроки получить наиболее достоверную информацию [4].…”

Section: формирование патологических изменений вследствие утомленияunclassified

Physical Fatigue in Sports

Kornyakova

Badtieva

Balandin³

et al. 2020

hsm

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Aim. The purpose of the article is to review domestic and foreign literature sources for obtaining the up-to-date data concerning fatigue and overfatigue in athletes and searching the priority markers for the up-to-date diagnosis of these conditions. Results. Currently there is no unified approach to the notion of “fatigue”. Many foreign researchers have attached importance to differentiating fatigue into: fatigue being the result of exceeding functional abilities, which contributes to supercompensation, and non-functional overfatigue leading to a consistent decrease in work performance. At present, the diagnostic criteria for recognizing these conditions have not been determined. It makes difficult to correct physical loads that may result in possible overtraining. The differential tests for fatigue and overtraining diagnostics have not also been developed. The modern diagnostics of athletes’ functional fitness is based on biochemical, physiological, and psychophysiological methods. The subjective self-assessment performed by an athlete has been considered as of great importance. It is impossible to increase physical activity without fatigue so the further investigations to extend understanding of fatigue formation mechanisms have become extremely urgent. It will help to develop new diagnostic and rehabilitation technologies. Conclusion. The increasing intensity of physical loads in professional sports results in fatigue and overfatigue that reduce training effectiveness. The reliable diagnostic criteria and differential tests for the timely recognition of fatigue, overfatigue and overtraining have not been developed yet.

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Section: формирование патологических изменений вследствие утомленияunclassified

Physical Fatigue in Sports

Kornyakova

Badtieva

Balandin³

et al. 2020

hsm

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“…Research data shows that low rate of peak bone mass, calcium intake, and vitamin D supplementation, nutritional features (including regional features), and excessive physical activity are significant factors that determine and/or predispose to osteoporosis development. These factors are often revealed in professional athletes of different ages and with different sport experience [3][4][5].…”

Section: Introductionmentioning

confidence: 99%

Osteoporosis Is a "Silent" Problem in Children’s Sport Medicine

Klyuchnikov¹,

Samoylov²,

Пушкина³

et al. 2019

AJP

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The article is devoted to one of the relevant problems of modern medicine-osteoporosis. Osteoporosis epidemiology, risk factors, diagnostic approaches, which are confirmed in domestic and foreign researches, are discussed. Particular attention is paid to the ambiguity and inconsistency of information on osteoporosis in childhood and adolescence, as well as the lack of convincing studies of this issue in children's sports medicine. The authors analyze the generally accepted approaches to the identification of risk groups for the osteoporosis development in children, the predisposing factors and the complex issues of osteoporosis diagnostics. Paper includes data on own observations of the most complex group of children and adolescents involved in sport, including professional sport. A separate section is devoted to the analysis of prescribed medications for the prevention and treatment of osteoporosis in children and young athletes. The data are presented in accordance with the official information provided by World Anti-Doping Agency (WADA, 2017).

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The Use of Medical Hardware-Software Complex «esteck System Complex» in Sports Medicine

Cited by 2 publications

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Physical Fatigue in Sports

Physical Fatigue in Sports

Osteoporosis Is a "Silent" Problem in Children’s Sport Medicine

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The Use of Medical Hardware-Software Complex «esteck System Complex» in Sports Medicine

Cited by 2 publications

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Physical Fatigue in Sports

Physical Fatigue in Sports

Osteoporosis Is a &quot;Silent&quot; Problem in Children’s Sport Medicine

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Osteoporosis Is a "Silent" Problem in Children’s Sport Medicine