Construyendo un marco en el desarrollo y creación de circuitos funcionales en el deporte de alto rendimiento una visión desde la fisioterapia: un estudio de reflexión

IF 0.3 Q4 SPORT SCIENCES
J. Mantilla
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引用次数: 0

Abstract

Introduction In high performance sport, physical skills play a fundamental role in the development of elite level athletes, these skills can be adapted to specific load cycles in order to develop adaptation periods and optimization of these qualities. Currently, the concepts of movement, functional evaluation, functional rehabilitation and functional training have been the most used in the sports area, specific adaptations are made of comprehensive approaches to human body movement based on neuromuscular factors, muscle synergies, motor learning, motor control, strength, power, speed mediated by specific training methodologies. Methodology A reflection study was carried out based on a literature review that aimed to describe a framework in the development and creation of functional circuits of movement by physical ability. A review of scientific evidence was conducted in databases such as Pubmed, EBSCO, Medline, Scopus, Google academic and with DeCS terms: High Performance Sport, Functional Training, Physical Therapy, Physical abilities, Movement screening, Circuit Training, strength, Change of direction, Sprint, neuromuscular training Results with the consulted evidence, a reflection was made and an intervention model based on skills such as quality of movement, strength, power, speed, change of direction, neuromuscular control, proprioception and core implemented using functional training methodologies. Conclusion A reflection is presented on functional work methodologies in athletes based on specific sports performance skills that are incorporated into a performance model based on specific scientific evidence that can be applied through functional movement circuits
从物理疗法的角度构建高性能运动功能回路开发和创造的框架:一项反思性研究
在高水平的运动中,身体技能在精英水平运动员的发展中起着至关重要的作用,这些技能可以适应特定的负荷周期,以发展适应期和优化这些素质。目前,运动、功能评价、功能康复、功能训练等概念在运动领域的应用最为广泛,具体的适应性训练是基于神经肌肉因素、肌肉协同作用、运动学习、运动控制、力量、力量、速度等特定训练方法介导的人体运动的综合适应。方法:在文献综述的基础上进行了一项反思研究,旨在通过身体能力描述运动功能回路的发展和创造框架。在Pubmed, EBSCO, Medline, Scopus,谷歌academic等数据库中对科学证据进行了审查,并使用DeCS术语:高性能运动、功能训练、物理治疗、体能、运动筛选、循环训练、力量、方向改变、冲刺、神经肌肉训练。根据咨询的证据,对结果进行了反思,并采用功能训练方法实施了基于运动质量、力量、力量、速度、方向改变、神经肌肉控制、本体感觉和核心等技能的干预模型。基于特定运动表现技能的运动员功能性工作方法的反思被纳入基于特定科学证据的性能模型,可以通过功能运动回路应用
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23
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4 weeks
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