National Repository of Grey Literature 5 records found  Search took 0.01 seconds. 
Biomechanical aspect of speed canoe technic
Štryncl, Radim ; Šifta, Petr (advisor) ; Šorfová, Monika (referee) ; Cirkl, David (referee)
Name of the thesis: Biomechanical aspects of speed canoeing techniques in the context of asymmetric loading of the postural system Aim of the thesis: The main aim of the work was, based on theoretical knowledge and own empirical research, to analyze the biomechanical aspects of the technique of riding a C1 speed canoe in the context of asymmetric loading of the postural system . . Solution method: Based on the knowledge of functional anatomy and with the use of analyzes of the real riding of the top athletes (N = 12), the kinesiological aspects of riding the C1 speed canoe were investigated in the preliminary research. Biomechanical aspects of paddling were further investigated using 3D kinematic analysis (N = 9). Influence of long-term training efforts on differences in muscle cross-sections mm. iliopsoas a mm. quadratus lumborum on both sides of the body was examined by magnetic resonance imaging (N = 5). The muscle sections were performed in the transverse plane at the level of L 3, L 4. The studies were conceived as pilot due to their time, organizational and financial demands. Results: Riding a C1 speed canoe is a locomotively complex movement pattern during which the postural system is exposed to two types of asymmetric loads. Both are related to the geometry of motion. First of all, it is a...
Comparative analysis of forward stroke on the kayak, wildwater kayak, speed kayak
Máder, Tomáš ; Kračmar, Bronislav (advisor) ; Süss, Vladimír (referee)
Title: The comparative analysis of forward stroke on the slalom kayak, wildwater kayak and speed kayak The Aim: Aim of this work is the comparative analysis of forward stroke on the kayak to slalom kayak, wildwater kayak and speed kayak. Methods: For comparison, we used electromyography measurements, we have synchronized with video. Results: The results of this work we show that most differences in the forward stroke, according to timing of entries we selected muscle activation between the speed and slalom kayak. Keywords: Electromyography, forward stroke, slalom, wildwater, speed canoeing
Biomechanical aspect of speed canoe technic
Štryncl, Radim ; Šifta, Petr (advisor) ; Šorfová, Monika (referee) ; Cirkl, David (referee)
Name of the thesis: Biomechanical aspects of speed canoeing techniques in the context of asymmetric loading of the postural system Aim of the thesis: The main aim of the work was, based on theoretical knowledge and own empirical research, to analyze the biomechanical aspects of the technique of riding a C1 speed canoe in the context of asymmetric loading of the postural system . . Solution method: Based on the knowledge of functional anatomy and with the use of analyzes of the real riding of the top athletes (N = 12), the kinesiological aspects of riding the C1 speed canoe were investigated in the preliminary research. Biomechanical aspects of paddling were further investigated using 3D kinematic analysis (N = 9). Influence of long-term training efforts on differences in muscle cross-sections mm. iliopsoas a mm. quadratus lumborum on both sides of the body was examined by magnetic resonance imaging (N = 5). The muscle sections were performed in the transverse plane at the level of L 3, L 4. The studies were conceived as pilot due to their time, organizational and financial demands. Results: Riding a C1 speed canoe is a locomotively complex movement pattern during which the postural system is exposed to two types of asymmetric loads. Both are related to the geometry of motion. First of all, it is a...
Comparative analysis of forward stroke on the kayak, wildwater kayak, speed kayak
Máder, Tomáš ; Kračmar, Bronislav (advisor) ; Süss, Vladimír (referee)
Title: The comparative analysis of forward stroke on the slalom kayak, wildwater kayak and speed kayak The Aim: Aim of this work is the comparative analysis of forward stroke on the kayak to slalom kayak, wildwater kayak and speed kayak. Methods: For comparison, we used electromyography measurements, we have synchronized with video. Results: The results of this work we show that most differences in the forward stroke, according to timing of entries we selected muscle activation between the speed and slalom kayak. Keywords: Electromyography, forward stroke, slalom, wildwater, speed canoeing

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