Results 161 to 170 of about 60,347 (209)
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Applied physiology of speed skating
Journal of Sports Sciences, 1987Speed skating exercise can be better understood by taking account of physiological and biomechanical considerations. Comparison with other sports shows the unique and peculiar way of skating propulsion. The relatively long lasting isometric muscle contractions during the gliding phase, alternated with high power output push-offs, place unusual demands ...
G, de Groot +4 more
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Bicycle Ergometry and Speed Skating Performance
International Journal of Sports Medicine, 1984A comparison between maximal power output during cycling and skating was made, and correlates of skating performance with bicycle performance and skating technique were investigated. Twenty-five well-trained speed skaters performed two bicycle tests and a 500-m and 1500-m ice skating race.
J, Geijsel +4 more
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Physiological and biomechanical comparison of roller skating and speed skating on ice
European Journal of Applied Physiology and Occupational Physiology, 1987Eight well trained marathon skaters performed all-out exercise tests during speed skating on ice and roller skating. To compare these skating activities in relation to the concept of training specificity, relevant physiological (VO2, VE, RER and heart rate) and biomechanical variables (derived from film and video analysis) were measured.
R W, de Boer +4 more
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Do skin suits affect the average skating speed?
Sports Technology, 2008We analyze the effectiveness of speed skating suits to allow for increases in average skating speed. We used the full set of speed skating results of the 2002 Olympic Winter Games of Salt Lake City and modeled the average skating speed of both male and female speed skaters at distances from 500 to 10 000 m.
Kuper, G.H., Sterken, E.
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Ice friction during speed skating
Journal of Biomechanics, 1992During speed skating, the external power output delivered by the athlete is predominantly used to overcome the air and ice frictional forces. Special skates were developed and used to measure the ice frictional forces during actual speed skating. The mean coefficients of friction for the straights and curves were, respectively, 0.0046 and 0.0059.
J J, de Koning +2 more
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Skating, Speed Skating, Figure Skating
2021Skating includes several types of ice and roller skating. Injuries from skating are typically traumatic injuries or overuse injuries. Novice and less experienced skaters fall more often and sustain concussions and fractures of the wrist and ankle. Experienced skaters fall when they attempt risky techniques, but tend to get more overuse tendinitis ...
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Injuries in Short Track Speed Skating
The American Journal of Sports Medicine, 2003Background Little is known about the pattern of injury in short track speed skating. Purpose To investigate the incidence and characteristics of injuries in short track speed skating. Study Design Retrospective study. Methods Ninety-five of 150 elite-level skaters (63.3%) were surveyed to collect information on training and competition load as well as ...
Andrew, Quinn +3 more
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Hemoglobin/myoglobin desaturation during speed skating
Medicine & Science in Sports & Exercise, 1997The characteristic low "sitting" position of competitive speed skating has been shown to result in a right shifted heart rate-VO2 curve and elevated submaximal blood lactate values compared with running or cycling. This is thought to be a consequence of reduced blood flow and subsequent oxygen delivery to the exercising muscle while speed skating. Duel
K W, Rundell, S, Nioka, B, Chance
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