Katić Ratko, Jukić Josefina, Cavala Marijana, Vucić Danijel, Blazević Stipe
University of Split, Faculty of Kinesiology, Split, Croatia.
Coll Antropol. 2013 May;37 Suppl 2:1-8.
The aim of this paper was to identify basic and motor structures which determine the achievement of top results in karate among younger cadets. For this purpose, a set of 10 basic motor tests and a set of 5 situational motor karate tests were applied on a sample of 60 male and 51 female Croatian karateka aged 13 to 15. Different motor and specific motor structures according to gender were isolated by factor analysis. In male karateka, in the space of basic motor tests: Factor of explosive strength and/or force regulator, and Factor integrating muscle endurance, agility and speed of movement, and in female karateka: Factor integrating movement speed, leg explosiveness and agility and/or speed regulator, and Regulator of basic core strength and sprinting. In male karateka in the space of specific motor tests: Specific agility and Specific speed of kicks performance; and in female karateka: Factor integrating agility-mobility and speed of technique performance. Latent structure of fighting efficacy in karate differs according to gender. Thus, in male karateka, determination of efficacy is significantly contributed by two motor factors: specific speed of kicks performance as a specific factor and force regulator as a basic factor; and in female karateka: the first factor which integrates regulators of speed, force and agility, accompanied by the muscle tone regulator, as a basic factor, and the second factor which is responsible for specific agility and speed of technique performance as a specific factor.
本文旨在确定决定年轻学员在空手道项目中取得优异成绩的基础结构和运动结构。为此,对60名年龄在13至15岁的克罗地亚男性空手道运动员和51名同龄女性空手道运动员进行了一组10项基础运动测试和一组5项情景空手道运动测试。通过因子分析分离出了不同性别的不同运动和特定运动结构。在男性空手道运动员中,在基础运动测试方面:爆发力和/或力量调节因子,以及整合肌肉耐力、敏捷性和运动速度的因子;在女性空手道运动员中:整合运动速度、腿部爆发力和敏捷性和/或速度调节因子,以及基础核心力量和短跑调节因子。在男性空手道运动员的特定运动测试方面:特定敏捷性和踢腿动作的特定速度;在女性空手道运动员中:整合敏捷性-机动性和技术动作速度的因子。空手道比赛效能的潜在结构因性别而异。因此,在男性空手道运动员中,两个运动因子对效能的决定有显著贡献:作为特定因子的踢腿动作特定速度和作为基础因子的力量调节因子;在女性空手道运动员中:第一个因子整合速度、力量和敏捷性调节因子,并伴有肌肉张力调节因子作为基础因子,第二个因子负责特定敏捷性和技术动作速度作为特定因子。