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- Title
Faster and Slower Posttraining Recovery in Futsal: Multifactorial Classification of Recovery Profiles.
- Authors
Wilke, Carolina F.; Fernandes, Felipe Augusto P.; Martins, Fl ávio Vinícius C.; Lacerda, Anísio M.; Nakamura, Fabio Y.; Wanner, Samuel P.; Duffield, Rob
- Abstract
Purpose: To investigate the existence of faster vs slower recovery profiles in futsal and factors distinguishing them. Methods: 22 male futsal players were evaluated in countennovement jump, 10-m sprint, creatine kinase, total quality of recovery (TQR), and Brunei Mood Scale (fatigue and vigor) before and immediately and 3, 24, and 48 h posttraining. Hierarchical cluster analysis allocated players to different recovery profiles using the area under the curve (AUC) of the percentage differences from baseline. One-way ANOVA compared the time course of each variable and players' characteristics between clusters. Results: Three clusters were identified and labeled faster recovery (FR), slower physiological recovery (SLphy), and slower perceptual recovery (SLperc)- FR presented better AUC in 10-m sprint than SLphy (P = .001) and SLperc (P = .008), as well as better TQR SLphy {P = .018) and SLperc (P = .026). SLperc showed better AUC in countermovement jump than SLphy (P = .014) but presented worse fatigue AUC than SLphy (P = .014) and FR (P = .008). AUC of creatine kinase was worse in SLphy than in FR (P = .001) and SLperc {P < .001). The SLphy players were younger than SLperc players (P = .027), whereas FR were slower 10-m sprinters than SLphy players (P = .003) and SLperc (P = .013) and tended to have higher maximal oxygen consumption than SLphy (effect size = 1.13). Conclusion: Different posttraining recovery profiles exist in futsal players, possibly influenced by their physical abilities and age/experience.
- Subjects
ATHLETIC ability; CLUSTER analysis (Statistics); CREATINE kinase; EXERCISE; EXERCISE physiology; FATIGUE (Physiology); JUMPING; SPRINTING; SOCCER; EFFECT sizes (Statistics); COOLDOWN; BODY movement; OXYGEN consumption; ONE-way analysis of variance
- Publication
International Journal of Sports Physiology & Performance, 2019, Vol 14, Issue 8, p1089
- ISSN
1555-0265
- Publication type
Article
- DOI
10.1123/ijspp.2018-0626