Analysis of the impact of different models for structuring training and competitionloads on basketball players’ performance in the Yo-Yo Intermittent Endurance Test
Abstract
The effect of training/competition-loads on the YO-YO test was investigated using 32 male basketball players (main division) divided into three models: selective-load [MS],
concentrated-load [MCON], complex-load [MCX].The macrocycle was composed of preparatory (PP) and (CP) competition phases. Tests were performed at the beginning and end of the PP and at the end of the CP. ANOVA for repeated measurements was utilized; Tukey’s post hoc test was implemented when deemed necessary (P <0.05). No difference was verified between models [for gross values]. Regarding treatment effects, significant difference was verified over the macrocycle (MCX and MCON) reflecting the content distribution for each phase. The results suggest that different responses can be expected and are modeldependent.
concentrated-load [MCON], complex-load [MCX].The macrocycle was composed of preparatory (PP) and (CP) competition phases. Tests were performed at the beginning and end of the PP and at the end of the CP. ANOVA for repeated measurements was utilized; Tukey’s post hoc test was implemented when deemed necessary (P <0.05). No difference was verified between models [for gross values]. Regarding treatment effects, significant difference was verified over the macrocycle (MCX and MCON) reflecting the content distribution for each phase. The results suggest that different responses can be expected and are modeldependent.
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