Jain Divya, Caccese Jaclyn B, Boltz Adrian J, Buckley Thomas, Cameron Kenneth L, Chrisman Sara P D, Clugston James R, Eckner James T, Ermer Elsa, Scott Franchesca Griffin, Harcum Stacey, Hunt Tamerah N, Jannace Kalyn C, Kelly Louise A, Lempke Landon B, McDevitt Jane, Memmini Allyssa, Mozel Anne, Putukian Margot, Robb Joel B, Susmarski Adam J, Syrydiuk Reid A, Broglio Steven P, McAllister Thomas W, McCrea Michael A, Pasquina Paul F, Master Christina L, Esopenko Carrie
Department of Rehabilitation and Human Performance, Icahn School of Medicine at Mount Sinai, New York City, NY 10029, USA.
College of Medicine School of Health and Rehabilitation Sciences, The Ohio State University, Columbus, OH 43210, USA.
Mil Med. 2025 Jun 30;190(7-8):e1471-e1479. doi: 10.1093/milmed/usae527.
Service academy members are at high risk for concussions as a result of participation in both sports and military-specific training activities. Approximately 17% of active duty service members are female, and they face unique challenges in achieving timely recovery from concussions. Understanding the unique characteristics affecting return to unrestricted activity (RTA) among female service academy members is imperative for the ever-growing proportion of females across the U.S. military. The goal of this analysis was to determine how specific injury and individual characteristics of concussion affect 2 RTA protocol events in female service academy members: time to protocol initiation and time to protocol completion.
All data were collected as part of the National Collegiate Athletic Association (NCAA) and the DoD Concussion Assessment, Research and Education Consortium. We examined data from female U.S. military service academy members at the 4 U.S. Service Academy sites who sustained a concussion between Fall 2014 and Spring 2020 (N = 752). Return to unrestricted activity protocol initiation time was defined as the time from injury to when cadets were cleared to begin gradual RTA, while RTA protocol completion time was defined as the time from injury to when cadets were cleared to RTA. Multivariable Cox regression analyses were used to determine the effect of 4 characteristics on RTA event times: (1) service academy members' NCAA status (e.g., student athlete), (2) prior history of concussion, (3) reporting time of concussion, and (4) sport-related concussion (SRC) or non-SRC. Because of missing data, 520 cadets were included in the model of RTA protocol initiation and 556 were included in the model of RTA protocol completion. Chi-squared analyses assessed interactions between reporting time, NCAA status, and SRC or non-SRC.
Service academy members who were NCAA athletes (hazard ratio [95% CI](HR [95% CI]): 1.58 [1.32, 1.90]), immediately reported their injury (HR [95% CI]: 1.40 [1.18, 1.67]), or had an SRC (HR [95% CI]: 1.29 [1.08, 1.54]) were significantly more likely to have initiated or completed the RTA protocol on any given day post-concussion compared to those who were not NCAA athletes, delayed reporting their injury, or had a non-SRC, respectively. We observed that among those with SRCs, a greater proportion of NCAA service academy members immediately reported their injury (53.9%) compared to non-NCAA (37.3%, P < .001); there was no difference in the proportion of NCAA and non-NCAA service academy members with non-SRCs who immediately reported their injury (P = .18).
A greater proportion of female service academy members who sustained SRCs and were NCAA athletes reported their injuries immediately, which was associated with a greater likelihood of RTA protocol initiation and completion on any given day after injury. This may be attributable to easy and timely access to medical personnel (e.g., athletic trainers) or the presence of individuals trained in identifying concussion (e.g., coaches). Future initiatives among female service academy members should include improved access to medical care across a variety of injury settings and education on the importance of early reporting after concussion.
由于参与体育活动和特定军事训练活动,军校学员遭受脑震荡的风险很高。现役军人中约17%为女性,她们在及时从脑震荡中恢复方面面临独特挑战。了解影响女性军校学员恢复无限制活动(RTA)的独特特征,对于美国军队中女性比例不断增加的情况至关重要。本分析的目的是确定脑震荡的特定损伤和个体特征如何影响女性军校学员的两个RTA协议事件:协议启动时间和协议完成时间。
所有数据均作为美国大学体育协会(NCAA)和国防部脑震荡评估、研究与教育联盟的一部分收集。我们检查了2014年秋季至2020年春季期间在美国四所军校站点遭受脑震荡的女性美国军事学院成员的数据(N = 752)。恢复无限制活动协议启动时间定义为从受伤到学员被批准开始逐步恢复无限制活动的时间,而RTA协议完成时间定义为从受伤到学员被批准恢复无限制活动的时间。多变量Cox回归分析用于确定4个特征对RTA事件时间的影响:(1)军校学员的NCAA身份(例如,学生运动员),(2)既往脑震荡史,(3)脑震荡报告时间,以及(4)与运动相关的脑震荡(SRC)或非SRC。由于数据缺失,520名学员被纳入RTA协议启动模型,556名学员被纳入RTA协议完成模型。卡方分析评估报告时间、NCAA身份和SRC或非SRC之间的相互作用。
与非NCAA运动员、延迟报告受伤情况或患有非SRC的学员相比,NCAA运动员(风险比[95%置信区间][HR [95% CI]]:1.58 [1.32, 1.90])、立即报告受伤情况(HR [95% CI]:1.40 [1.18, 1.67])或患有SRC(HR [95% CI]:1.29 [1.08, 1.54])的军校学员在脑震荡后的任何一天启动或完成RTA协议的可能性显著更高。我们观察到,在患有SRC的学员中,与非NCAA学员(37.3%,P <.001)相比,更大比例的NCAA军校学员立即报告了他们的受伤情况;在患有非SRC的NCAA和非NCAA军校学员中,立即报告受伤情况的比例没有差异(P =.18)。
遭受SRC且为NCAA运动员的女性军校学员中,更大比例的人立即报告了她们的受伤情况,这与受伤后任何一天启动和完成RTA协议的可能性更大有关。这可能归因于能够轻松及时地接触到医务人员(例如,运动训练师)或存在受过识别脑震荡训练的人员(例如,教练)。女性军校学员未来的举措应包括在各种受伤情况下改善医疗服务的可及性,以及开展关于脑震荡后早期报告重要性的教育。