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soccer

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A few months ago, a high school graduate contacted me with a request for an interview for her “Matura thesis”. The topic of her thesis was the (possible) ban on headers in children and adolescents in soccer. Shortly afterwards, the same question came up at the general assembly of the Society for Paediatric Sports Medicine (GPS): why are headers banned in youth soccer in England/US, but not in Germany and Switzerland? Reason enough to take a closer look at this topic and try to find evidence-based answers to this question.
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Team sports performance is highly demanding in terms of physiological and psychological aspects. Furthermore, the competition schedule is often time constrained and athletes need to travel between games during recovery. Therefore, it seems very important to optimize nutritional strategies around training sessions as well as while traveling or competing. This review discusses a variety of different aspects, which are important in the development of a nutritional strategy in a club.
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Background: Muscle injuries are the most common injury in soccer and account for almost 30 percent of all time-loss injuries. The aim of this study was to investigate the muscle length as a risk factor to sustain a muscle injury and to grade and monitore muscle injuries during the rehabilitation. Methods: 110 young male football players of 5 soccer teams (U15, U16, U17, U18 and U21) with (age 16,8 (14,3–21) years, height 174,5 (146,1–190,0) cm, weight 65,7 (35,5–84,6) kg) were monitored for 12 months in a prospective cohort study. Initially, muscle length in all players were measured. Every muscle injury was documented and monitored in a standardized protocol and graded clinically based on the Muscle-­Injury-Score.
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Background: Muscle injuries affect up to 72% of professional soccer players within one season and there are well reviewed, but muscle injuries in youth soccer players are not widely documented. The aim of this study was to investigate incidence, localization, pathomechanism and point of time of indirect muscle injuries in youth soccer players. Methods: Prospective cohort study. 5 teams (U15, U16, U17, U18 and U21) with 110 young male football players (age 16,8 (14,3–21) years, height 174,5 (146,1–190,0) cm, weight 65,7 (35,5–84,6) kg) were monitored for 12 months. Every muscle injury was documented and monitored on a standardized evaluation score.
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Background: During the last years many studies were conducted to investigate the contribution of various genetic variants to endurance and sprint/power performance of elite athletes. Data on team sport athletes are missing to a large extent. Therefore, the aim of the study was to investigate the frequency of selected polymorphisms on elite athlete status in Austrian team sport (handball, soccer), endurance and power athletes as well as in healthy control subjects.
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