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Possibilities of using elements from the DNS program for children with multiple disabilities
Marečková, Markéta ; Křivánková, Markéta (advisor) ; Prokešová, Eva (referee)
Title: Possibilities of using elements from the DNS program for children with multiple disabilities Purpose: To evaluate the effectiveness of applying exercises from the Dynamic Neuromuscular Stabilization concept using the DNS FIT KID exercise program in children with multiple disabilities. Methods: The following measures were used for data collection: selected tests from the MOBAK 3-4 battery for screening motor skills, Mathias test, Thomayer test, postural stability assessment (standing on one leg and walking on the line) and DNS FIT KID tests. The DNS FIT KID exercise program was implemented and applied in psychomotor games classes. Results: When comparing the input and output results, the boys showed an improvement in the measured differences. Thus, the applied exercise program DNS FIT KID was chosen in an appropriate form for pupils with multiple disabilities, which indicates a positive effect of its use in the group of children studied. KEYWORDS children with combined disabilities; children with visual impairment; spinal stabilization system; postural stability; DNS; DNS FIT KID; psychomotor games
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Evaluation of the Effect of DNS FIT KID Program on pre-school children
Šnajdrová, Romana ; Křivánková, Markéta (advisor) ; Mahrová, Andrea (referee)
Title: Evaluation of the effect of the DNS FIT KID exercise program on preschool children Objectives: Assessment of the effect of the DNS FIT KID exercise program on preschool children with the secondary goal of building an optimal spinal stabilization system and thus influencing faulty posture. Methods: For this theses, 18 children (boys and girls) from kindergarten aged 3 to 6 years were selected. Aspection (gaze standing assessment), motor skills testing using the MABC-2 kit and DNS FIT KID (DNS tests and assessment of basic motor skills) were used to collect measurement data. DNS FIT KID exercise program was implemented and applied in the group. Results: When comparing the input and output results of the group, using the DNS FIT KID exercise program, a significant number of probands experienced a complete disappearance or improvement of the observed deviations in most of the monitored parameters. This fact therefore indicates a positive effect of the use of the DNS FIT KID programme for preschool children. Keywords: Spinal Stabilizing System, DNS FIT KID, DNS, Dynamic Neuromuscular Stabilization, preschool age, preschoolers, children, exercise, physical activity
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Evaluating the effect of exercise program DNS FIT KID in sportive older school-age children
Mohylová, Lucie ; Urbářová, Eliška (advisor) ; Demeková, Júlia (referee)
Evaluating the effect of exercise program DNS FIT KID in sportive older school-age children Abstract The diploma thesis evaluates of the effect of an exercise program called DNS FIT KID based on children older school-age who play sports. The theoretical part of the diploma thesis contains general knowledge about Dynamic neuromuscular stabilization. It describes the basic, such as developmental kinesiology, postural function and the stabilization system of the spine. Furthermore, the study also characterizes the DNS FIT KID exercise program, its key principles and exercise position. In the last section of the theoretical part of the diploma thesis, it approaches the specifics of the period of a child older school-age in sports. Methods: The research involved 15 sports participants (athletes and kayakers) aged 13 to 15 years. All participants attended 12 lessons of the DNS FIT KID exercise program. Once a week, the lessons took place under the guidance of a trained physiotherapist by the DNS method. Before and after the exercise program, the participants were examined using DNS FIT KID tests, gross motor tests and balance tests from the MABC-2 battery. Results: In DNS FIT KID tests, the results improved by an average of 11.2 points (p < 0,001), in tests from MABC-2 battery, the percentile of gross motor...
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