Medicina · 2010 · 77 citations · 11 references
EducationKinesiologySports MedicineExercise TestingHuman PerformanceMovement AnalysisAgility AssessmentAgility TestingAthletic PerformancePerformance TestingReaction TimeSpeed TestingAgilityAgility In Team SportsAgility Test ScoringGender Differences In AgilityReactive Change Of DirectionSport-specific Agility TestingSport-specific Agility TestsVelocity
UNLABELLED: Agility is the player's capability to perform rapid whole-body movement with change of velocity or direction in response to a stimulus. The aims of this study were as follows: 1) to assess the reliability of a reactive visual stimuli agility field test (RVS-T); and 2) to evaluate differences in RVS-T and planned (PVS-T) agility performances between female soccer and futsal players. MATERIAL AND METHODS: Sixty-six female players belonging to Italian teams of regional level were recruited to the study. The experimental apparatus consisted of four lighted spherical visual stimuli connected to a computer able to randomly generate three different sequences. Differences between RVS-T and PVS-T performances were calculated to evaluate the decision-making time (DMT) of players. RESULTS: The intraclass reliability coefficient for RVS-T was 0.80. Significant (P<0.05) differences emerged only for RVS-T (futsal, 17.3±0.5 s; soccer, 18.8±1.1 s) and DMT (futsal, 2.6±0.6 s; soccer, 4.1±1.2 s), whereas similar performances between groups resulted for PVS-T (futsal, 14.7±0.6 s; soccer, 14.6±0.6 s). CONCLUSIONS: The RVS-T proved to be a reliable tool to evaluate agility in field conditions. Futsal players showed better RVS-T and DMT performances with respect to soccer counterparts, probably due to the higher velocity of actions and faster decision-making of their sport. The lack of difference in PVS-T performances confirms the importance to evaluate agility capabilities of players in both planned and reactive conditions.
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Measures of Reliability in Sports Medicine and Science
Will G. Hopkins · Sports Medicine · 2000 · 4.5K citations
Is muscle power related to running speed with changes of direction?
Warren Young, R Seibold James, Iain Montgomery · PubMed · 2002 · 562 citations
Education, Kinesiology, Physiology +17