Description
The data were collected for a Masters by Research (MbR) project investigating the effect and comparison of cycle and run sprint interval training (SIT) protocols and a control. Both protocols consisted of 8 training sessions across 4 weeks of four 15-second sprints interspersed with 90 seconds of passive rest performed on a LODE cycle ergometer (run group) or 10m shuttle run (run group). Twenty-six healthy, physically active adults (19 males, 7 females; age 25± 5y) involved in a variety of sports completed the study.
Pre and post-intervention testing included body composition (Bio-Electrical Impedance Analysis), isometric hamstring and quadriceps contraction (maximal voluntary contraction), Wingate Anaerobic 30-second all-out cycling test and Time to exhaustion test. Detailed methodology is included in the MbR thesis. 'The comparison of physiological adaptations following a 4-week cycle and shuttle run-based SIT interventions'.
The data includes an Excel spreadsheet with all measured variables pre and post for the three groups (cycle, run and control) and a copy of the participant information and consent form.
Pre and post-intervention testing included body composition (Bio-Electrical Impedance Analysis), isometric hamstring and quadriceps contraction (maximal voluntary contraction), Wingate Anaerobic 30-second all-out cycling test and Time to exhaustion test. Detailed methodology is included in the MbR thesis. 'The comparison of physiological adaptations following a 4-week cycle and shuttle run-based SIT interventions'.
The data includes an Excel spreadsheet with all measured variables pre and post for the three groups (cycle, run and control) and a copy of the participant information and consent form.
| Date made available | 18 Sept 2025 |
|---|---|
| Publisher | Abertay University |
| Date of data production | 3 Sept 2022 - 3 Dec 2023 |
Student theses
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The comparison of physiological adaptations following a 4-week cycle and shuttle run-based SIT interventions
Mencikova, P. (Author), Babraj, J. (Supervisor) & Lorimer, R. (Supervisor), 19 Jun 2024Student thesis: Masters Thesis › Masters by Research
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