Results 211 to 220 of about 14,387 (255)
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Advantages of Electrocardiographic Monitoring in Top Level Athletes
International Journal of Sports Medicine, 1991We used continuous electrocardiographic monitoring according to Holter's method for a tentative evaluation of the prognostic value of the main electrocardiographic peculiarities of the "athlete's heart". Five hundred and eighty-seven Holter recordings were performed in 164 top athletes divided into three groups: dynamic, static and mixed.
F, Carre, J C, Chignon
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The Analytical Chemistry of Drug Monitoring in Athletes
Annual Review of Analytical Chemistry, 2009The detection and deterrence of the abuse of performance-enhancing drugs in sport are important to maintaining a level playing field among athletes and to decreasing the risk to athletes’ health. The World Anti-Doping Program consists of six documents, three of which play a role in analytical development: The World Anti-Doping Code, The List of ...
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Monitoring Considerations for the Female Athlete
Strength & Conditioning JournalABSTRACT Athlete monitoring typically incorporates assessing the objective and subjective workload and measurements of wellness or recovery of the athlete. These methods are effective regardless of the sex of the athlete but oftentimes do not include assessment of the female athlete's menstrual cycle (MC).
Bunn, Jennifer, Easley, Dawn
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Long-term Holter ECG monitoring of athletes
Medicine & Science in Sports & Exercise, 1981The purpose of the study was to detect the frequency and quality of rhythm disturbances in athletes during the late recovery period following a training session. Thirty-two athletes volunteered to participate. The ECG tracing was recorded by the use of a one-channel 12-h portable electrocardiograph cassette recorder.
N, Hanne-Paparo, J J, Kellermann
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Development and testing of a carbohydrate monitoring tool for athletes
Journal of the American Dietetic Association, 1991Improving carbohydrate intake in athletes will increase muscle glycogen storage. This in turn can improve exercise time and performance by delaying fatigue. However, planning and consuming a diet that contains 60% to 70% carbohydrate is difficult for most athletes. To develop a simple carbohydrate monitoring tool for athletes, we analyzed three sets of
K, Moses, M M, Manore
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Monitoring and assessment of young athletes
2019The young athlete faces a multitude of challenges, both physical and psychosocial, when trying to get the mix right between stress and recovery. This chapter presents potential options for monitoring important elements of a young athlete’s experience to support their development and help them perform at their best.
Craig B. Harrison, Mike McGuigan
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Towards a wearable device for monitoring health of athletes
Proceedings of the IX Latin American Conference on Human Computer Interaction, 2019Continuous health monitoring has become essential for improving people's quality of life, either by medical prescription or personal control. Our objective is to develop a wearable device for real-time monitoring of patients breathing patterns and heart rate while performing physical exercise at high-intensity intervals; the wearable device ...
Victor Hugo Pérez Andrade +5 more
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Athlete Overtraining Monitoring System
2014This paper introduces the design and development of a system that can early detect overtraining problem during training activities. These problems can affect athletes’ physiological and psychological conditions as well as reducing their performance. Maximum heart rate (MHR) is the limitation heart rate of athlete and can be indicator for overtraining ...
Mohamad Asyraf Faris Abdol Aziz +6 more
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Workload monitoring and athlete management
2017All members of a sport performance team, including coaches, strength and conditioning and medical staff, are interested in the optimum dose of training required to achieve specific performance levels. On the one hand, too much training may leave the athlete predisposed to excessive fatigue, while too little training may result in the athlete being ...
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