The cumulative and residual fatigue response associated with soccer-specific activity performed on different playing surfaces: The cumulative and residual fatigue response to different soccer playing surfaces

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Abstract

This study aimed to assess the effect of playing surface (Natural [NT] and Artificial [AT] Turf) on the fatigue response to a soccer-specific exercise protocol (SSEP). Eighteen male soccer players completed the SSEP on NT and AT with pre-, post-, and 48h post-assessments of eccentric knee flexor (eccKF) and concentric knee extensor peak torque (PT), peak countermovement (CMJ) and squat jump (SJ) height, and Nordic hamstring break angle. No significant main effects for surface or any surface and time interactions were observed for any of the outcome measures, except for eccKF PT recorded at 180 deg·s-1, which was significantly lower 48h post-trial in the AT condition (AT= 146.3 ± 20.4 Nm; NT= 158.8 ± 24.7 Nm). Main effects for time were observed between pre- and post-trial measures for eccKF PT at all angular velocities, Nordic break angle, CMJ and SJ height. Nordic break angle, and both CMJ and SJ height were significantly impaired 48h post-trial when compared to pre-trial. The findings of the current study suggest surface dependent changes in eccKF PT which may have implications for recovery and subsequent performance after competition on AT.
Original languageEnglish
JournalJournal of Sports Sciences
Early online date4 Feb 2020
DOIs
Publication statusE-pub ahead of print - 4 Feb 2020

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Soccer
Fatigue
Torque
Knee
Outcome Assessment (Health Care)

Keywords

  • football
  • artifical
  • natural
  • peak torque
  • isokinetics
  • jump height

Cite this

@article{856aae0eee634078aa46c9da1474b906,
title = "The cumulative and residual fatigue response associated with soccer-specific activity performed on different playing surfaces: The cumulative and residual fatigue response to different soccer playing surfaces",
abstract = "This study aimed to assess the effect of playing surface (Natural [NT] and Artificial [AT] Turf) on the fatigue response to a soccer-specific exercise protocol (SSEP). Eighteen male soccer players completed the SSEP on NT and AT with pre-, post-, and 48h post-assessments of eccentric knee flexor (eccKF) and concentric knee extensor peak torque (PT), peak countermovement (CMJ) and squat jump (SJ) height, and Nordic hamstring break angle. No significant main effects for surface or any surface and time interactions were observed for any of the outcome measures, except for eccKF PT recorded at 180 deg·s-1, which was significantly lower 48h post-trial in the AT condition (AT= 146.3 ± 20.4 Nm; NT= 158.8 ± 24.7 Nm). Main effects for time were observed between pre- and post-trial measures for eccKF PT at all angular velocities, Nordic break angle, CMJ and SJ height. Nordic break angle, and both CMJ and SJ height were significantly impaired 48h post-trial when compared to pre-trial. The findings of the current study suggest surface dependent changes in eccKF PT which may have implications for recovery and subsequent performance after competition on AT.",
keywords = "football, artifical, natural, peak torque, isokinetics, jump height",
author = "RICHARD PAGE and BEN LANGLEY and MITCHELL FINLAY and MATT GREIG and CHRISTOPHER BROGDEN",
year = "2020",
month = "2",
day = "4",
doi = "10.1080/02640414.2020.1717303",
language = "English",
journal = "Journal of Sports Sciences",
issn = "0264-0414",
publisher = "Taylor & Francis",

}

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T1 - The cumulative and residual fatigue response associated with soccer-specific activity performed on different playing surfaces

T2 - The cumulative and residual fatigue response to different soccer playing surfaces

AU - PAGE, RICHARD

AU - LANGLEY, BEN

AU - FINLAY, MITCHELL

AU - GREIG, MATT

AU - BROGDEN, CHRISTOPHER

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N2 - This study aimed to assess the effect of playing surface (Natural [NT] and Artificial [AT] Turf) on the fatigue response to a soccer-specific exercise protocol (SSEP). Eighteen male soccer players completed the SSEP on NT and AT with pre-, post-, and 48h post-assessments of eccentric knee flexor (eccKF) and concentric knee extensor peak torque (PT), peak countermovement (CMJ) and squat jump (SJ) height, and Nordic hamstring break angle. No significant main effects for surface or any surface and time interactions were observed for any of the outcome measures, except for eccKF PT recorded at 180 deg·s-1, which was significantly lower 48h post-trial in the AT condition (AT= 146.3 ± 20.4 Nm; NT= 158.8 ± 24.7 Nm). Main effects for time were observed between pre- and post-trial measures for eccKF PT at all angular velocities, Nordic break angle, CMJ and SJ height. Nordic break angle, and both CMJ and SJ height were significantly impaired 48h post-trial when compared to pre-trial. The findings of the current study suggest surface dependent changes in eccKF PT which may have implications for recovery and subsequent performance after competition on AT.

AB - This study aimed to assess the effect of playing surface (Natural [NT] and Artificial [AT] Turf) on the fatigue response to a soccer-specific exercise protocol (SSEP). Eighteen male soccer players completed the SSEP on NT and AT with pre-, post-, and 48h post-assessments of eccentric knee flexor (eccKF) and concentric knee extensor peak torque (PT), peak countermovement (CMJ) and squat jump (SJ) height, and Nordic hamstring break angle. No significant main effects for surface or any surface and time interactions were observed for any of the outcome measures, except for eccKF PT recorded at 180 deg·s-1, which was significantly lower 48h post-trial in the AT condition (AT= 146.3 ± 20.4 Nm; NT= 158.8 ± 24.7 Nm). Main effects for time were observed between pre- and post-trial measures for eccKF PT at all angular velocities, Nordic break angle, CMJ and SJ height. Nordic break angle, and both CMJ and SJ height were significantly impaired 48h post-trial when compared to pre-trial. The findings of the current study suggest surface dependent changes in eccKF PT which may have implications for recovery and subsequent performance after competition on AT.

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KW - natural

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KW - isokinetics

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