Supercompensation kinetics of physical qualities during a taper in team-sport athletes

© Copyright 2017 YLMSportScience. All rights reserved.

Peaking for major competition is considered critical for maximizing team-sport performance. However, there is little scientific information available to guide coaches in prescribing efficient tapering strategies for team-sport players. Purpose: To monitor the changes in physical performance in elite team-sport players during a 3-wk taper after a preseason training camp. Methods: Ten male international rugby sevens players were tested before (Pre) and after (Post) a 4-wk preseason training camp focusing on high-intensity training and strength training with moderate loads and once each week during a subsequent 3-wk taper. During each testing session, midthigh-pull maximal strength, sprint-acceleration mechanical outputs, and performance, as well as repeated-sprint ability (RSA), were assessed. Results: At Post, no single peak performance was observed for maximal lower-limb force output and sprint performance, while RSA peaked for only 1 athlete. During the taper, 30-m-sprint time decreased almost certainly (–3.1% ± 0.9%, large), while maximal lower-limb strength and RSA, respectively, improved very likely (+7.7% ± 5.3%, small) and almost certainly (+9.0% ± 2.6%, moderate). Of the peak performances, 70%, 80%, and 80% occurred within the first 2 wk of taper for RSA, maximal force output, and sprint performance, respectively. Conclusions: These results show the sensitivity of physical qualities to tapering in rugby sevens players and suggest that an ~1- to 2-wk tapering time frame appears optimal to maximize the overall physical-performance response.
© Copyright 2017 International Journal of Sports Physiology and Performance. All rights reserved.

Subjects: sports game rugby overcompensation adaptation tapering peaking for a competition load organization training effect
Notations: sport games training science
DOI: 10.1123/ijspp.2016-0607
Published in: International Journal of Sports Physiology and Performance
Published: 2017
Volume: 12
Issue: 9
Pages: 1163-1169
Document types: article
info graphics
Language: English
Level: advanced