Dick Randall, Lincoln Andrew E, Agel Julie, Carter Elizabeth A, Marshall Stephen W, Hinton Richard Y
National Collegiate Athletic Association, Indianapolis, IN, USA.
J Athl Train. 2007 Apr-Jun;42(2):262-9.
OBJECTIVE: To review 16 years of National Collegiate Athletic Association injury surveillance data for women's lacrosse and identify potential areas for injury prevention initiatives. BACKGROUND: Women's lacrosse is a fast-paced, primarily noncontact sport. Participation in collegiate women's lacrosse almost doubled between the 1988-1989 and 2003-2004 seasons. Lacrosse equipment consists of sticks made of wood or a synthetic material and a hard rubber ball. Until recently, mouth guards were the only required protective equipment. MAIN RESULTS: Collegiate women's lacrosse game injury rates increased over the 16-year study period. More than 60% of all severe game injuries were lower extremity sprains and strains and knee internal derangements, most frequently the result of noncontact incidents. The most common injury scenarios by injury mechanism and player activity were no contact while ball handling (16.4%) and contact from a stick while ball handling (10.5%). Contact from a stick or a ball accounted for 5.6% and 5.2% of injuries sustained during shooting activities, respectively. Approximately 22% of all game and 12% of all practice injuries involved the head and neck. Contact from a stick accounted for the majority (56.0%) of above-the-neck injuries in games; contact from the ball accounted for 20.0% of these injuries. Participants had 5 times the risk of sustaining a concussion in a game as in a practice (0.70 versus 0.15 injuries per 1000 athletic-exposures, rate ratio = 4.7, 95% confidence interval = 3.8, 6.5). RECOMMENDATIONS: To reduce the lower extremity injuries that comprise the greatest injury burden in women's lacrosse, future researchers should evaluate proprioceptive, plyometric, and balance training interventions designed specifically for female players. Other research areas of great interest involve determining whether protective eyewear (mandated in 2004) reduces injuries to the eye, orbit, and nasal area and identifying any unintended consequences of the mandate, such as increased risk of injuries to other areas of the face or more aggressive play.
目的:回顾美国大学体育协会16年的女子长曲棍球伤病监测数据,确定预防伤病措施的潜在领域。 背景:女子长曲棍球是一项快节奏的、主要无身体接触的运动。在1988 - 1989赛季到2003 - 2004赛季期间,参加大学女子长曲棍球运动的人数几乎翻了一番。长曲棍球装备包括木制或合成材料制成的球棍和一个硬橡胶球。直到最近,护齿是唯一要求佩戴的防护装备。 主要结果:在为期16年的研究期间,大学女子长曲棍球比赛的伤病率有所上升。所有严重比赛伤病中,超过60%是下肢扭伤、拉伤和膝关节内部紊乱,大多数是无身体接触事件导致的。按受伤机制和运动员活动划分,最常见的受伤场景是在控球时无接触(16.4%)以及在控球时被球棍接触(10.5%)。在射门活动中,被球棍和球接触导致的受伤分别占5.6%和5.2%。所有比赛伤病中约22%以及所有训练伤病中12%涉及头部和颈部。在比赛中,球棍接触导致了大部分(56.0%)颈部以上伤病;球接触导致了这些伤病的20.0%。运动员在比赛中遭受脑震荡的风险是训练中的5倍(每1000次运动暴露中受伤次数分别为0.70和0.15,率比 = 4.7,95%置信区间 = 3.8,6.5)。 建议:为减少构成女子长曲棍球最大伤病负担的下肢伤病,未来研究人员应评估专门为女性运动员设计的本体感觉、增强式训练和平衡训练干预措施。其他备受关注的研究领域包括确定防护眼镜(2004年开始强制使用)是否能减少眼部、眼眶和鼻区的伤病,以及确定该强制规定是否有任何意外后果,如面部其他区域受伤风险增加或比赛更具攻击性。
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