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  • TALENT IDENTIFICATION, COMPLEX PERFORMANCE DIAGNOSTIC PROTOCOL IN BASKETBALL
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    92

    If 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.

     

     

  • EXAMINATION ON THE CHOICE OF SPORT, SELECTION AND TALENT IDENTIFICATION IN THE HUNGARIAN LITERATURE
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    684

    One of the main motives for finding and selecting talent is to ensure the long-term success of a sport. Fortunately, more and more professionals are researching the aspects of selection and the motives for choosing a sport. However, the issue of suitability is less well addressed. On the one hand, the study examines the motives of choosing a sport and the factors influencing it, as well as the question of success based on the results of Hungarian research.

     

  • IDENTIFICATION OF SPECIFIC SELECTION CRITERIA IN YOUNG BALL SPORT PLAYERS
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    788

    Background: Our study aimed to analyze body composition and spiroergometric data of young (14-15 years) elite level ball sport players. We suggested three-ball sports (handball, soccer, and basketball) share common performance indicators, as rapid intermittent movements primarily characterize each ball sport.

    Methods: We selected one-hundred and ten, handball (n=30), basketball (n=40), and soccer (n=40) players male and female from local clubs in Hungary. Seventy-nine males and thirty-one females participated in our study; their average age was 14.51 and 14.56, respectively. 

     They participated in laboratory testing; the protocol included a body composition analysis and spiroergometric tests. We measured body composition and physiological parameters utilizing an In Body 720 device and a standard Bruce treadmill protocol. Although we were aware of the Bruce protocol limitations in elite athletes, we choose this protocol as a safer alternative for younger inexperienced athletes.

    Results and conclusions: We concluded that in young male soccer and basketball players, mean peak /load (W), peak/VE (l), peak/Vtex (l), peak/VO2 (ml/min), peak/VCO2 (ml/min), and peak/ O2 pulse (ml) data is a reliable indicator of the sport-specific performance.  We may also suggest that in our male basketball and handball players' population, peak/Vtex (l) is the only variable, which is significantly different. Between groups of male handball and soccer players, peak/VO2/kg (ml/min) may be a valid performance indicator. Among female basketball and handball players, we found a significant difference in three performance variables: peak/Vtex (l), peak/VO2 (ml/min), and peak/ O2 pulse (ml).