The Tom Reilly Building, Research Institute for Sport and Exercise Sciences, Liverpool John Moores University, Henry Cotton Campus, Liverpool, UK -
Department of Science, Gaelic Sports Research Center, Institute of Technology Tallaght, Tallaght, Ireland -
J Sports Med Phys Fitness. 2021 Feb;61(2):233-243. doi: 10.23736/S0022-4707.20.11206-4. Epub 2020 Jul 23.
The current investigation examined the association between external training load variables and injury risk within elite Gaelic football.
Workload and injury variables were collected from thirty-seven elite Gaelic footballers (mean±SD age of 24.2±2.9 years) from one elite squad across a two-season observational period. External training load variables included total distance (m), High speed running (m; ≥17.1 km·h), Sprint distance (m; 22 km·h), Accelerations (n), Average metabolic power (W·kg), high-power distance (m; ≥25 W·kg). Cumulative 1- weekly, 2-weekly, 3-weekly and 4-weekly training loads; acute: chronic workload ratio (ACWR) was analysed across specific distributions of low, moderate and high loading with respect to a reference group of the measure quantified. General estimating equations were utilized to understand the association of these variables with injury risk.
Strong associations (AUC>0.50) were observed amongst models developed for one weekly loading for relative distance, average metabolic power and high-power indices with similar trends observed for two, three and four weekly which showed a strong positive association within injury risk for all external loading metrics (AUC>0.50), with average metabolic power, and high-power distance showing the strongest association across the three-four week loading scales (AUC>0.60). When the ACWR was considered for external load measures these showed a positive linear association with injury risk (AUC>0.50). When intensity measures were considered relative distance showed an associated risk for injury across one and two-weekly models but not three and four weekly models. When odds risk association was considered a consistent trend towards moderate loading across external loading measures was apparent within the observed cohort.
The current investigation reports for the first time the injury association for external loading measures within elite Gaelic football. Data show that a range of measures are associated with increased or decreased injury risk depending on the loading scheme applied by coaches within elite Gaelic football.
本研究调查了 Gaelic 足球精英运动员中外源性训练负荷变量与受伤风险之间的关系。
在两个观察赛季中,从一个精英小队中收集了 37 名 Gaelic 足球精英运动员(平均年龄±标准差为 24.2±2.9 岁)的工作量和受伤变量。外源性训练负荷变量包括总距离(m)、高速跑动(m;≥17.1km·h)、冲刺距离(m;22km·h)、加速度(n)、平均代谢功率(W·kg)、高功率距离(m;≥25W·kg)。每周、两周、三周和四周的累积训练负荷;急性:慢性工作负荷比(ACWR)根据量化指标的参考组,分析了特定的低、中、高负荷分布。利用广义估计方程来理解这些变量与受伤风险的关系。
对于一周一次的相对距离、平均代谢功率和高功率指数模型,观察到了很强的关联(AUC>0.50),对于两周、三周和四周的模型,也观察到了类似的趋势,所有外源性负荷指标的受伤风险均呈强正相关(AUC>0.50),平均代谢功率和高功率距离在三至四周的负荷尺度上表现出最强的关联(AUC>0.60)。当考虑到 ACWR 时,这些指标与受伤风险呈正线性关联(AUC>0.50)。当考虑到强度指标时,相对距离在一周和两周的模型中与受伤风险相关,但在三至四周的模型中不相关。当考虑到优势风险关联时,在观察到的队列中,外源性负荷指标中存在着中等负荷的一致趋势。
本研究首次报告了 Gaelic 足球精英运动员中外源性训练负荷变量与受伤风险的关系。数据显示,根据 Gaelic 足球教练应用的负荷方案,一系列测量指标与受伤风险的增加或减少有关。