Stephenson Katie L, Maietta Julia E, Cook Nathan E, Cavanagh Lamont E, VanRavenhorst-Bell Heidi A, Norman Marc A, Kissinger-Knox Alicia M, Iverson Grant L
College of Osteopathic Medicine, University of New England, Biddeford, ME, United States.
Department of Physical Medicine and Rehabilitation, Harvard Medical School, Boston, MA, United States.
Front Neurol. 2025 Aug 21;16:1547004. doi: 10.3389/fneur.2025.1547004. eCollection 2025.
Race associated differences and disparities in test scores, such as on neuropsychological measures, can complicate the interpretation of these test scores in student athletes following a concussion. It is unknown if there are race associated differences on the Sway Medical System, a battery that includes balance and cognitive tests for use in concussion management.
To determine if there are race-associated differences in Sway Medical System balance and cognitive module scores among athletes undergoing preseason baseline testing.
Athletes between 12 and 22 years old were administered the Sway Medical System balance and cognitive test modules during preseason baseline testing. Individuals with a past medical history of ADHD or concussion within the past 6 months were excluded from the study. Athletes ( = 27,776) who self-identified as "Black or African American" or "White" were compared on Balance, Reaction Time, Inspection Time, Impulse Control, and Memory Module scores using Mann-Whitney tests, and statistical tests were stratified by age and sex.
The race-associated differences (effect sizes) between Black and White athletes ranged from extremely small (negligible) to small across all ages for both sexes on Balance, Reaction Time, Inspection Time, and Impulse Control scores. For the Memory Module, the effect sizes ranged from small to medium across all ages for both sexes. White boys/men had higher Memory scores than Black boys/men (Hedges' = -0.18 to -0.60). White girls/women had higher Memory scores than Black girls/women ( = -0.13 to -0.39).
The race-associated differences between Black and White student-athletes on Sway Medical System balance and cognitive module scores are generally negligible. The reasons for modest race-associated differences on Memory scores are unknown and future research to examine the possible role or influence of social risk factors and psychosocial factors on module scores is recommended.
测试分数中与种族相关的差异和差距,比如在神经心理学测量方面,可能会使对脑震荡后学生运动员这些测试分数的解读变得复杂。目前尚不清楚在摇摆医疗系统(一种包括用于脑震荡管理的平衡和认知测试的成套测试)上是否存在与种族相关的差异。
确定在进行季前基线测试的运动员中,摇摆医疗系统平衡和认知模块分数是否存在与种族相关的差异。
在季前基线测试期间,对12至22岁的运动员进行摇摆医疗系统平衡和认知测试模块。过去6个月内有注意力缺陷多动障碍(ADHD)病史或脑震荡病史的个体被排除在研究之外。使用曼-惠特尼U检验对自我认定为“黑人或非裔美国人”或“白人”的运动员(n = 27,776)的平衡、反应时间、检查时间、冲动控制和记忆模块分数进行比较,并按年龄和性别对统计测试进行分层。
在平衡、反应时间、检查时间和冲动控制分数方面,所有年龄段的男女中,黑人和白人运动员之间与种族相关的差异(效应大小)范围从极小(可忽略不计)到小。对于记忆模块,所有年龄段的男女中,效应大小范围从小到中等。白人男孩/男性的记忆分数高于黑人男孩/男性(赫奇斯效应量 = -0.18至-0.60)。白人女孩/女性的记忆分数高于黑人女孩/女性(效应量 = -0.13至-0.39)。
黑人和白人学生运动员在摇摆医疗系统平衡和认知模块分数上与种族相关的差异通常可忽略不计。记忆分数上存在适度种族相关差异的原因尚不清楚,建议未来开展研究以检验社会风险因素和心理社会因素对模块分数可能产生的作用或影响。