Davies George J, McCarty Eric, Provencher Matthew, Manske Robert C
Physical Therapy Program, Armstrong State University, Savannah, GA, USA.
Coastal Therapy, Savannah, GA, USA.
Curr Rev Musculoskelet Med. 2017 Sep;10(3):307-314. doi: 10.1007/s12178-017-9420-9.
Because of the epidemiological incidence of anterior cruciate ligament (ACL) injuries, the high reinjury rates that occur when returning back to sports, the actual number of patients that return to the same premorbid level of competition, the high incidence of osteoarthritis at 5-10-year follow-ups, and the effects on the long-term health of the knee and the quality of life for the patient, individualizing the return to sports after ACL reconstruction (ACL-R) is critical. However, one of the challenging but unsolved dilemmas is what criteria and clinical decision making should be used to return an athlete back to sports following an ACL-R. This article describes an example of a functional testing algorithm (FTA) as one method for clinical decision making based on quantitative and qualitative testing and assessment utilized to make informed decisions to return an athlete to their sports safely and without compromised performance. The methods were a review of the best current evidence to support a FTA.
In order to evaluate all the complicated domains of the clinical decision making for individualizing the return to sports after ACL-R, numerous assessments need to be performed including the biopsychosocial concepts, impairment testing, strength and power testing, functional testing, and patient-reported outcomes (PROs). The optimum criteria to use for individualizing the return to sports after ACL-R remain elusive. However, since this decision needs to be made on a regular basis with the safety and performance factors of the patient involved, this FTA provides one method of quantitatively and qualitatively making the decisions. Admittedly, there is no predictive validity of this system, but it does provide practical guidelines to facilitate the clinical decision making process for return to sports. The clinical decision to return an athlete back into competition has significant implications ranging from the safety of the athlete, to performance factors and actual litigation issues. By using a multifactorial FTA, such as the one described, provides quantitative and qualitatively criteria to make an informed decision in the best interests of the athlete.
由于前交叉韧带(ACL)损伤的流行病学发病率、恢复运动时的高再损伤率、实际恢复到病前相同竞技水平的患者数量、5至10年随访时骨关节炎的高发病率,以及对膝关节长期健康和患者生活质量的影响,个体化ACL重建(ACL-R)后的运动恢复至关重要。然而,一个具有挑战性但尚未解决的难题是,在ACL-R后,应使用哪些标准和临床决策方法让运动员恢复运动。本文介绍了一种功能测试算法(FTA)的示例,作为一种基于定量和定性测试及评估的临床决策方法,用于做出明智决策,使运动员安全且不影响表现地恢复运动。方法是对支持FTA的当前最佳证据进行综述。
为了评估ACL-R后个体化运动恢复临床决策的所有复杂领域,需要进行多项评估,包括生物心理社会概念、损伤测试、力量和功率测试、功能测试以及患者报告结局(PROs)。ACL-R后个体化运动恢复的最佳标准仍不明确。然而,由于需要根据患者的安全和表现因素定期做出这一决策,这种FTA提供了一种定量和定性做出决策的方法。诚然,该系统没有预测效度,但它确实提供了实用指南,以促进运动恢复的临床决策过程。让运动员恢复比赛的临床决策具有重大影响,从运动员的安全到表现因素以及实际诉讼问题。通过使用多因素FTA,如本文所述的FTA,可提供定量和定性标准,以便为运动员的最大利益做出明智决策。