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• W2617624373 abstract "PURPOSE: The purpose of this study was to compare on-ice physiological measures to pre- and post- season off-ice physiological laboratory tests to determine i) the relationship between off-ice tests and on-ice performance and ii) changes over the course of a season among collegiate ice-hockey players METHODS: Seven NCAA D III male ice hockey players (age 22 ±0.5, weight 87.89kg ±6.1kg, height 185.4cm ±3.4 cm) participated in procedures approved by the Adrian College Human Subjects Committee. Laboratory tests including the Wingate anaerobic test, treadmill VO2max test, and lactate threshold tests, were performed at the beginning and end of the 5 month hockey season. Peak power output (PP), mean power output (MP), and anaerobic fatigue (AF) were assessed by the Wingate test. A VO2max test, previously validated among ice hockey players, was used to obtain VO2max values and time on treadmill. Lactate levels were also measured at the end of the VO2max test (V2 Lac) and one minute after the completion of the test (V2 Lac P1). Subjects wore a Zephyr bioharness (Zephyr, MD) to measure on-ice physiological exertions during all practices and games. The sensor measured triaxial accelerations, breathing rate, and heart rate. Statistics were performed using SPSS 21.0 (IBM, NY). Season-long measures were divided into quartiles to correspond to laboratory testing. Data from the sensors from the first and last quartiles was compared to pre- and post-season lab tests. RESULTS: There were no significant differences from pre- to post-season among any laboratory tests. In contrast, there were significant decreases in average on-ice accelerations at 10, 20, 30 and 60 seconds (p<.05). There were non-significant changes in average accelerations over 20 minutes, while average accelerations over 45 minutes significantly increased (p<.05). CONCLUSION: The increase in average accelerations over 45 minutes from pre- to post- season suggest an increase in on-ice aerobic fitness. The decrease in average accelerations during anaerobic measures at 10 to 60 seconds suggest decreased anaerobic capacity of the subjects that were not identified by Wingate tests. Wearable sensors may provide additional information to laboratory testing for the assessment of physiological changes across a season among collegiate hockey players." @default.
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• W2617624373 date "2017-05-01" @default.
• W2617624373 modified "2023-09-27" @default.
• W2617624373 title "Comparison Of Pre- And Post-season Laboratory And On-ice Measures Among NCAA Division III Hockey Players" @default.
• W2617624373 doi "https://doi.org/10.1249/01.mss.0000519010.64616.aa" @default.
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