Zhang Yongni, Liu Yifan, Shang Tao, Jian Lina, Wang Jiayou, Abbott Scot D, Scibek Jason, Mehls Kelton D, Carcia Christopher R, Martin RobRoy L
Duquesne University.
Fourth Hospital of Hebei Medical University.
Int J Sports Phys Ther. 2025 Jun 2;20(6):779-792. doi: 10.26603/001c.137953. eCollection 2025.
The Star Excursion Balance Test (SEBT) is well recognized in both clinical and research settings as a reliable, valid, and responsive assessment. However, the SEBT is time consuming and inconvenient. To address this limitation, a new device called the Star Performer™ has been developed to improve the efficiency of SEBT.# PurposeTo investigate the test-retest reliability of Star Performer™ device and compare its validity to traditional SEBT methods.
Cross-sectional study.
Twenty-five subjects with lower extremity injuries participated in this study. Each subject performed the SEBT twice, with approximately seven days between tests. The Star Performer™ device and a tape measure were used to record three test trials for each test direction with the average of the three reach distances being used for analysis. Test-retest reliability was evaluated by calculating the intra-class correlation coefficients (ICC 3,1) between the average reaching distance for each SEBT direction across the two testing sessions. To assess the validity of the Star Performer™ device, the averaged reaching distance for each SEBT direction was compared with the measurements obtained from the tape measure.
Seventeen females (68%) and eight males (32%) with lower extremity injuries (mean age= 23.6 years, SD=3.9, range from 19-35) participated. The Star Performer™ demonstrated excellent test-retest reliability, with ICC 3,1 values ranging from 0.85 to 0.93 for the eight SEBT directions. The minimal detectable change at the 95% confidence level (MDC95) ranged from 2.56 to 5.37% for the eight directions. The Pearson correlation coefficients between the Star Performer™ and tape measure recordings ranged from 0.90 to 0.94 for the eight directions.
This study provides evidence supporting the test-retest reliability and validity of the Star Performer™ for assessing SEBT performance. These findings suggest that Star Performer™ offers a precise and efficient approach to evaluate SEBT performance in individuals with lower extremity injuries.
Level 3b.
星标偏移平衡测试(SEBT)在临床和研究环境中均被公认为是一种可靠、有效且灵敏的评估方法。然而,SEBT耗时且不便。为解决这一局限性,已开发出一种名为Star Performer™的新设备,以提高SEBT的效率。
研究Star Performer™设备的重测信度,并将其效度与传统SEBT方法进行比较。
横断面研究。
25名下肢受伤的受试者参与了本研究。每位受试者进行两次SEBT测试,两次测试间隔约7天。使用Star Performer™设备和卷尺记录每个测试方向的三次测试试验,并将三次伸展距离的平均值用于分析。通过计算两次测试中每个SEBT方向的平均伸展距离之间的组内相关系数(ICC 3,1)来评估重测信度。为评估Star Performer™设备的效度,将每个SEBT方向的平均伸展距离与用卷尺获得的测量值进行比较。
17名女性(68%)和8名男性(32%)下肢受伤的受试者(平均年龄=23.6岁,标准差=3.9,范围为19 - 35岁)参与了研究。Star Performer™显示出出色的重测信度,八个SEBT方向的ICC 3,1值范围为0.85至0.93。八个方向在95%置信水平下的最小可检测变化(MDC95)范围为从2.56%至5.37%。八个方向上Star Performer™与卷尺记录之间的Pearson相关系数范围为0.90至0.94。
本研究提供了证据支持Star Performer™在评估SEBT表现方面的重测信度和效度。这些发现表明,Star Performer™为评估下肢受伤个体的SEBT表现提供了一种精确且高效的方法。
3b级。