McCormick William F, Lomis Mitchell J, Yeager Matthew T, Tsavaris Nicholas J, Rogers Christopher D
University of Georgia, Athens, Georgia, USA.
College of Medicine, FIU Herbert Wertheim College of Medicine, Miami, Florida, USA.
Transl Sports Med. 2024 Nov 8;2024:6832213. doi: 10.1155/2024/6832213. eCollection 2024.
There is growing concern over the safety of artificial turf when it comes to the incidence of player injuries. The artificial surfaces can withstand more play, are cheaper to maintain, and are more predictable. However, there is concern that this beneficial durability comes at the expense of the forgiveness of the surface, leading to more injuries. In this study, we aim to compare the incidence of in-game season-ending lower extremity injuries on natural and artificial playing surfaces in the National Football League (NFL) during the 2020, 2021, and 2022 seasons. For this study, we used publicly available data to determine and classify the specific injury, where the injury occurred, field surface type, and duration of recovery. All data were collected, and significance was determined using two-sample -tests. Only in-game injuries were included in this study. Over the course of 2020, 2021, and 2022, there were 199 season-ending lower-extremity injuries. Of these, 79 occurred on natural turf (39.7%) and 120 on artificial turf (60.3%). Of the 891 games played in this three-year period, 396 were played on natural turf (44.4%) and 495 were played on artificial turf (55.6%). Natural turf saw an injury rate of 0.199 per game, and artificial turf saw 0.242 injuries per game. We determined that there is no significant difference in rates of season-ending lower-extremity injury between artificial and natural turf. Any perceived difference in injury rates could possibly be attributed to the increased amount of play on artificial surfaces and anecdotal evidence related to high profile cases. While there is no significant difference in incidence, surfaces should continue to be monitored and regulated for traits such as hardness, and player preferences should be considered for qualities that are not quantifiable.
在运动员受伤发生率方面,人们对人造草皮的安全性愈发担忧。人造草皮表面能承受更多比赛活动,维护成本更低,性能也更稳定。然而,有人担心这种有益的耐用性是以牺牲场地的缓冲性能为代价的,从而导致更多伤病。在本研究中,我们旨在比较2020年、2021年和2022赛季美国国家橄榄球联盟(NFL)中,天然草皮和人造草皮比赛场地导致赛季中下肢伤病终结比赛的发生率。在本研究中,我们使用公开数据来确定并分类具体伤病情况、伤病发生位置、场地表面类型以及恢复时长。所有数据均被收集,并通过双样本检验确定其显著性。本研究仅纳入比赛中发生的伤病。在2020年、2021年和2022年期间,共有199例导致赛季终结的下肢伤病。其中,79例发生在天然草皮场地(39.7%),120例发生在人造草皮场地(60.3%)。在这三年期间进行的891场比赛中,396场在天然草皮场地进行(44.4%),495场在人造草皮场地进行(55.6%)。天然草皮场地的伤病发生率为每场0.199例,人造草皮场地为每场0.242例。我们确定,人造草皮和天然草皮导致赛季终结的下肢伤病发生率没有显著差异。任何在伤病发生率上的明显差异可能归因于人造草皮场地比赛场次的增加以及与一些备受瞩目的案例相关的传闻证据。虽然在发生率上没有显著差异,但仍应持续监测场地表面的硬度等特性并进行规范管理,同时对于一些无法量化的特性,应考虑运动员的偏好。