Taberner M, O'keefe J, Dunn A, Cohen D D
School of Sport and Exercise Sciences, Liverpool John Moore's University, Liverpool, UK.
Academy Sports Science Department, Everton Football Club, Liverpool, UK. Electronic address: https://twitter.com/JasonOkeefe10.
Phys Ther Sport. 2022 Jul;56:38-47. doi: 10.1016/j.ptsp.2022.05.013. Epub 2022 May 31.
Hamstring strain injuries are the most common type of injury in elite football and are associated with a high risk of reinjury, particularly those involving the intramuscular tendon (IMT). Limited information is available regarding the rehabilitation and return to sport (RTS) processes following such injuries. This case study describes the clinical presentation of an elite football player following IMT hamstring injury, their on- and off-pitch rehabilitation alongside performance monitoring throughout RTS and beyond.
An elite football player suffered a grade 2c hamstring injury during an English Premier League (EPL) match. The player underwent early post-injury management, alongside progressive off-pitch physical preparation. The 'control-chaos continuum' was used as a framework for on-pitch rehabilitation to prepare the player for a return to full team training and competition. Objective and subjective markers of the player's response to progressive on- and off-pitch loading were monitored throughout RTS and beyond.
The player returned to on-pitch rehabilitation after 11 days, to full team training having achieved weekly pre-injury chronic running load outputs after 35 days and played in the EPL 40 days post-injury. The player did not suffer reinjury for the rest of the EPL season.
An understanding the unique structural and mechanical properties of the IMT, alongside expected RTS timeframes are important to inform rehabilitation and decision-making processes post-injury. Performance and frequent load-response monitoring throughout RTS and beyond, in conjunction with practitioner experience and effective communication are critical in facilitating effective RTS and reduce risk of reinjury following IMT injury.
腘绳肌拉伤是精英足球运动中最常见的损伤类型,且再次受伤风险很高,尤其是涉及肌内肌腱(IMT)的损伤。关于此类损伤后的康复和重返运动(RTS)过程,可用信息有限。本案例研究描述了一名精英足球运动员在IMT腘绳肌损伤后的临床表现、其在场上和场下的康复情况,以及在整个RTS及之后的表现监测。
一名精英足球运动员在英超联赛(EPL)比赛中遭受了2c级腘绳肌损伤。该运动员在受伤后接受了早期处理,同时进行了逐步的场下体能准备。“控制-混乱连续体”被用作场上康复的框架,以使该运动员为重返全队训练和比赛做好准备。在整个RTS及之后,对该运动员对逐步增加的场上和场下负荷的反应的客观和主观指标进行了监测。
该运动员在11天后恢复了场上康复,在35天后达到了受伤前每周的慢性跑步负荷输出量,从而恢复了全队训练,并在受伤后40天参加了英超联赛。在该英超联赛赛季剩余时间里,该运动员没有再次受伤。
了解IMT独特的结构和力学特性以及预期的RTS时间框架,对于为损伤后的康复和决策过程提供信息很重要。在整个RTS及之后进行表现和频繁的负荷反应监测,结合从业者的经验和有效的沟通,对于促进有效的RTS以及降低IMT损伤后再次受伤的风险至关重要。