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Intraindividual comparison of selected indicators of coordinating steps on the skating step and on the in-line step
Hospůdka, Jakub ; Kračmar, Bronislav (advisor) ; Süss, Vladimír (referee)
4 Summary: Title: Intraindividual comparison of selected indicators of coordinating steps on the ice skating and in-line. Objective: Assessment of coordination relationship rate of the skating forward during ice hockey and inline skating. Methods: Surface electromyography combinated with kinematography analysis used synchronized video recording. Results: Kinesiological content of movement during ice skating and inline skating is not the same. The general stereotype of the skating step is significantly different from the walking stereotype. Key words: human locomotion, sport locomotion, phylogeny, ontogeny, surface electromyography, ice hockey skating, inline skating.
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Phylogenetic connections of human locomotion in sport
Liška, Matěj ; Kračmar, Bronislav (advisor) ; Slezáková, Pavla (referee)
Title: Fylogenetic aspects of human locomotion Objectives: To find fylogenetic connection between human locomotion and animal locomotion as animal are considered to be our predecessors. Methods: Study and analysis of accessible literary sources. The results gained in the research will be generalized and used to find the fylogenetic connection of human and animal locomotion. Results: Similar locomotive principles happened to be found in connection with first vertebrates, amphibians, birds, mammals and humans. The need for presence of punctum fixum was also found to implement the crossed motion model. There were summarized necessary adaptations to bipedal human locomotion. Key words: punctum fixum, kvadrupedal crossed model, human locomotion, motion, development
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Intraindividual comparison of selected indicators of coordinating steps on the skating step and on the in-line step
Hospůdka, Jakub ; Kračmar, Bronislav (advisor) ; Süss, Vladimír (referee)
4 Summary: Title: Intraindividual comparison of selected indicators of coordinating steps on the ice skating and in-line. Objective: Assessment of coordination relationship rate of the skating forward during ice hockey and inline skating. Methods: Surface electromyography combinated with kinematography analysis used synchronized video recording. Results: Kinesiological content of movement during ice skating and inline skating is not the same. The general stereotype of the skating step is significantly different from the walking stereotype. Key words: human locomotion, sport locomotion, phylogeny, ontogeny, surface electromyography, ice hockey skating, inline skating.
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