运动员在飞行阶段形成运动控制立体模型的模式

IF 0.2 Q4 MEDICINE, GENERAL & INTERNAL Byulleten Sibirskoy Meditsiny Pub Date : 2016-07-01 DOI:10.20538/1682-0363-2016-3-87-94
A. V. Razuvanova, E. V. Koshelskaya, O. S. Smerdova, I. A. Karpova, E. V. Medvedeva, L. Kapilevich
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However, the further execution of motor actions in athletes of both groups occurs in different ways. Athletes of the control group did not perform virtually control the body in flight phase. This is evidenced primarily high tone muscles in the arms, back and neck throughout the flight phase. Movements are performed only in the knee and hip joints, and already in the phase of “hang-up” – the highest point of the flight path - these movements have focused on the preparation for landing. Conclusions. Athletes of the main group in the flight phase involve the full range of movements - flexion and extension are performed as in the shoulder and elbow joints, as well as in the neck and spine joints. All these movements are designed to increase the range of jumps - this contributes to the removal of the legs forward, and giving the body angular acceleration by the movement of legs and head. Preparation for landing is made directly before contact with the surface, but the very nature of the phase of flight allows the athlete to use the inertia of motion of the body as much as possible to lengthen the jump and thus facilitate shock absorption and retention of balance upon landing. Formation movement patterns in the body control the flight phase of the athletes in the performance of the long jump is caused first of all a transformation of the dominant, defining the objective of motor actions - from a safe landing at the beginning to a maximum distance of the jump from qualified athletes. 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引用次数: 0

摘要

材料和方法。以跳远运动员为例,采用运动跟踪和肌电图方法研究了运动员身体控制飞行阶段运动模式的规律。研究结果表明,不同技术的运动员在跳远等运动动作的表现中,运动刻板印象存在显著差异。结果。在初始阶段(跳跃阶段)各组之间的差异很小——排斥力运动员的表现方式相似,核心组的运动员更有效地利用了膝盖的储备工作。在这一阶段,两组运动员腿部肌肉的工作性质也没有什么不同。然而,两组运动员进一步执行运动动作的方式不同。控制组的运动员在飞行阶段没有实际控制身体。在整个飞行阶段,这主要体现在手臂、背部和颈部的高张力肌肉。这些动作只在膝盖和髋关节处进行,并且已经处于“挂起”阶段——飞行路径的最高点——这些动作集中在为着陆做准备。结论。主力组的运动员在飞行阶段要进行全方位的动作——像在肩关节、肘关节、颈部和脊柱关节一样进行屈伸。所有这些动作都是为了增加跳跃的范围——这有助于腿部向前移动,并通过腿部和头部的运动给予身体角加速度。着陆的准备工作是在接触地面之前直接进行的,但飞行阶段的本质允许运动员尽可能多地利用身体的运动惯性来延长跳跃,从而促进着陆时的减震和保持平衡。形体运动模式的形成控制着运动员在表演跳远时的飞行阶段,首先是引起主导力量的转变,确定了运动动作的目标——从一开始的安全落地到跳远时达到合格运动员的最大距离。结果是一种运动刻板印象,在初学者中只包括步行,辅以手和身体的运动,降低了高技能运动员关节的固定程度。
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ЗАКОНОМЕРНОСТИ ФОРМИРОВАНИЯ ДВИГАТЕЛЬНОГО СТЕРЕОТИПА УПРАВЛЕНИЯ ТЕЛОМ В ФАЗЕ ПОЛЕТА У СПОРТСМЕНОВ
Materials and methods. Regularities of movement patterns in the body control the flight phase of the athletes on the example of the long jump were studied by methods of Motion Tracking and electromyography. The findings suggest that a significant difference of motor stereotypes underlying the performance of motor actions – the long jump – in different skill athletes. Results. In the initial phase (phase jumping) differences between the groups are small - repulsion athletes perform in a similar manner, a core group of athletes with a more efficient use of the reserve of the work of the knee. The nature of the work the leg muscles in athletes of both groups in this phase is also not different. However, the further execution of motor actions in athletes of both groups occurs in different ways. Athletes of the control group did not perform virtually control the body in flight phase. This is evidenced primarily high tone muscles in the arms, back and neck throughout the flight phase. Movements are performed only in the knee and hip joints, and already in the phase of “hang-up” – the highest point of the flight path - these movements have focused on the preparation for landing. Conclusions. Athletes of the main group in the flight phase involve the full range of movements - flexion and extension are performed as in the shoulder and elbow joints, as well as in the neck and spine joints. All these movements are designed to increase the range of jumps - this contributes to the removal of the legs forward, and giving the body angular acceleration by the movement of legs and head. Preparation for landing is made directly before contact with the surface, but the very nature of the phase of flight allows the athlete to use the inertia of motion of the body as much as possible to lengthen the jump and thus facilitate shock absorption and retention of balance upon landing. Formation movement patterns in the body control the flight phase of the athletes in the performance of the long jump is caused first of all a transformation of the dominant, defining the objective of motor actions - from a safe landing at the beginning to a maximum distance of the jump from qualified athletes. The result is a motor stereotype that includes only foot traffic at beginners, is complemented by the involvement of the movements of hands and body, reducing the degree of fixation of joints in high-skilled athletes.
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来源期刊
Byulleten Sibirskoy Meditsiny
Byulleten Sibirskoy Meditsiny MEDICINE, GENERAL & INTERNAL-
CiteScore
0.70
自引率
50.00%
发文量
102
审稿时长
8 weeks
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