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Analysis of Postural Stability after Concussion using Empirical Mode Decomposition: A Pilot Study

机译:使用经验分解脑震荡后姿势稳定性分析:试验研究

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Maintaining upright stance is a complex process, it requires appropriate functioning of a postural control system which consists of inputs from somatosensory, vestibular, musculoskeletal, and proprioceptive systems as well as from several brain regions [1-4]. A concussion is defined as a brain injury caused due to unexpected acceleration/deceleration of the head causing temporary alteration of brain function and it is a prevalent source of injury to football athletes [1]. With the altered function of the brain, the ability to maintain postural equilibrium becomes challenging due to the inability of individuals to respond promptly to stressors, thus, making maintenance of postural equilibrium rather difficult for individuals with a concussion. Effects of concussion on postural ability are shown to last up to three days post injury [5]. Postural stability test, therefore, can be performed to make a valid return to play (RTP) decision, pre-mature RTP is shown to have been catastrophic due to its potential to permanently impair previously affected region/functioning [1,5]. Postural sway data (center of pressure, COP) is traditionally analyzed to study the postural control. Therefore, COP can provide critical information regarding individual's ability to maintain upright stance post injury.
机译:保持直立的姿态是一个复杂的过程,需要适当的姿势控制系统的功能,该系统由来自躯体感,前院,肌肉骨骼和血管区的输入以及几个脑区域[1-4]。脑震荡被定义为由于出乎意料的加速/减速而导致的脑损伤导致脑功能的暂时改变,这是足球运动员的初始伤害源[1]。随着大脑的改变功能,由于个体无法迅速地对压力源进行响应,维持姿势均衡的能力变得挑战,从而使得维持脑震荡的个体的姿势均衡相当困难。脑震荡对姿势能力的影响显示在损伤后持续三天时间[5]。因此,可以执行姿势稳定性测试,以进行有效的返回播放(RTP)决定,由于其可能永久损害预先受影响的地区/运作,因此预先成熟的RTP被认为是灾难性的。传统上分析姿势摇摆数据(压力中心,COP)研究姿势控制。因此,缔约方会议可以提供关于个人维持直立姿势后损伤的能力的关键信息。

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