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Body composition and morphological asymmetries in footballers a theirs possible residuals in phase return to training
Pečl, Adam ; Malá, Lucia (advisor) ; Šteffl, Michal (referee)
Title: Body composition and morphological asymmetries in football players and their possible residues in the phase of return after injury Aim: The main goal of the work was to identify changes in body composition and the occurrence of morphological asymmetries and the length of the residual period after anterior cruciate ligament (ACL) injury in elite footballers. Methods: The research group consisted of two elite adult football players. The basic characteristics are listed in Table 2. The players were active in the highest national competitions and their training volume corresponds to 15-23 hours per week. The selection of players was intentional. Prior to the measurement, we determined the current standing body height with an accuracy of 1 mm using a stadiometer (SECA 242, Hamburg, Germany) and the body weight with an accuracy of 1 g using a digital scale (SECA 769, Hamburg, Germany). We used a multifrequency bioimpedance analyser (Tanita MC-980MA, Tanita Corporation, Japan) to determine body composition. The actual measurement lasted approximately 120 s, the actual body weight to recalculate indirectly measurable parameters was recorded by the analyser itself with an accuracy of 1 g. We found out: the current body composition and its changes in the monitored probands. We monitored the change in...
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Body composition and morphological asymmetries in footballers a theirs possible residuals in phase return to training
Pečl, Adam ; Malá, Lucia (advisor) ; Šteffl, Michal (referee)
Title: Body composition and morphological asymmetries in football players and their possible residues in the phase of return after injury Aim: The main goal of the work was to identify changes in body composition and the occurrence of morphological asymmetries and the length of the residual period after anterior cruciate ligament (ACL) injury in elite footballers. Methods: The research group consisted of two elite adult football players. The basic characteristics are listed in Table 2. The players were active in the highest national competitions and their training volume corresponds to 15-23 hours per week. The selection of players was intentional. Prior to the measurement, we determined the current standing body height with an accuracy of 1 mm using a stadiometer (SECA 242, Hamburg, Germany) and the body weight with an accuracy of 1 g using a digital scale (SECA 769, Hamburg, Germany). We used a multifrequency bioimpedance analyser (Tanita MC-980MA, Tanita Corporation, Japan) to determine body composition. The actual measurement lasted approximately 120 s, the actual body weight to recalculate indirectly measurable parameters was recorded by the analyser itself with an accuracy of 1 g. We found out: the current body composition and its changes in the monitored probands. We monitored the change in...
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