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TALENT IDENTIFICATION, COMPLEX PERFORMANCE DIAGNOSTIC PROTOCOL IN BASKETBALL
Views:142If we want to gain a competitive advantage over our domestic and international competitors in continuous competition, the first task is to filter and select the sport or the given sport correctly. Later based on the current results of sports science, it is necessary to consistently, consciously, complete the complex, time-consuming process of talent management. Selection process requires a lot of patience and perseverance.
The aim of talent identification is to select children in sports with specific skills that can be systematically transformed into practice.. It is necessary to measure complex, sport-specific components of performance. Researchers in a meta-analysis of talent identification protocols in team sports found that physical parameters such as height, body weight, body composition, and physiological capacities such as aerobic capacity, anaerobic strength, strength, coordination, and agility play a role. On the other hand, the quality of specific psychological-mental skills is also critical in identifying talents.
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COMPLEX PERFORMANCE ANALYSIS IN BALL SPORTS
Views:319Assessing athletes' capabilities has never been as widespread as it is nowadays. Several methods have evolved and developed in recent decades to measure physical or mental skills accurately. However, these assessment protocols became more and more specific. They focused on a certain attribute, as if we forget that athletes' game performance is not equal to the total of different skills. Since psychomotor skills interact during games, test protocols should be similar and measured comprehensively. Two groups of ball sport players, thirteen soccer players (n=13) and ten handball players (n=10), have been tested on the SpeedCourt training system to find a relationship between the results of two tests (Micromovement Test, MT) and traditional indicators, such as Heart Rate Recovery (HRR), Body Mass Index (BMI) and Body Fat Percentage (BFP). Furthermore, the correlation in performances of the two groups has also been analyzed. We found no significant correlation between the two MT and HRR results (r=0,5132 and r=-0,5588). Similarly, there are significant correlation neither MT and BMI (r=-0.0886 and r=-0.0174) nor MT and BFP results (r=0.0872 and r=-0,2399). A significant difference cannot be found between the MT results of the two groups that indicate that MT applicable for both sports.
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COMPARATIVE ANALYSIS OF INTENSE MULTIDIRECTIONAL MOVEMENTS IN YOUTH HANDBALL AND SOCCER PLAYERS
Views:894Modern soccer is characterized by short distance multidirectional movements. Elite level players execute a large number of micromovements of all kinds. Like in handball game situations in soccer usually occur in small areas. We investigated, whether soccer players may be able to perform accelerations, decelerations, intense starting movements and turns at the same level as handball players. We utilized the Speed Court movement analysis system to prove our hypotheses. We measured youth athletes, they executed two testing protocols. High-quality speed, agility, spatial awareness, and decision-making capabilities were required by the participants. We designed two protocols called the “60-meter chase”, and the “30-second chase” to mimic the situations tend to occur in a game. Each participant was asked to perform the test protocols three-times, we registered the best try, after 12 weeks of practice, the athletes repeatedly executed the two protocols. We also performed a body composition analysis, which demonstrated similar data for the two groups. We concluded that soccer players were able to perform at the same level as handball players, some of them even outperformed their counterparts.