Key result
A multicomponent prevention training program reduced the overall hamstring injury rate by 3 times and injury burden by almost 4 times in elite soccer players compared to control seasons (P < .01).
Why the study?
The preventive effect of a complex training program based on a holistic understanding of hamstring health in elite professional soccer players was unknown.
Does a holistic hamstring injury prevention approach reduce hamstring injuries in elite professional soccer players?
Cohort
No
Does a holistic hamstring injury prevention approach reduce hamstring injuries in elite professional soccer players?
p-value: p=<.01
A holistic, multicomponent prevention program significantly reduced hamstring injury rates and burden in elite professional soccer players.
May support elite soccer programs; leaves open randomized confirmation and broader applicability.
The aim was to investigate the preventive effect of a complex training program based on holistic hamstring health understanding in elite professional soccer players. This study involved an elite club in Europe and was conducted over 12 seasons. The last 2 seasons were the intervention period, and the others were the control seasons. During the intervention period, players performed a complex program organized into different interventions throughout the week having as a priority the player health. Hamstring injuries, absenteeism, injury rates, and injury burden between the control and intervention seasons were compared using a rate ratio (RR) with 95% CI. Players had a mean exposure of 333.5 ± 18.6 hours per season with no significant differences between the intervention and control seasons. The overall injury rate was 3 times lower during the two intervention seasons than during the previous seasons (P < .01); the match injury rate was 2.7 times lower (P < .01) and the training rate 4.3 times (P < .01). Injury burden was almost 4 times lower during the two intervention seasons than during the previous seasons (P < .01), and recurrences in the control group were 10% vs 0% in the intervention group. Hamstring injuries were reduced ~3 times during the seasons in which elite football players were exposed to multicomponent, complex prevention training with individual approaches based on player needs, management of training load, individualized physiotherapy treatment, and planned staff communication, in comparison to the control seasons without a clearly defined and structured injury prevention intervention.
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Suárez-Arrones et al. (2020) conducted a cohort in Hamstring injuries. Multicomponent, complex prevention training program vs. Previous seasons without a structured injury prevention intervention was evaluated on Overall injury rate (p=<.01). A multicomponent prevention training program reduced the overall hamstring injury rate by 3 times and injury burden by almost 4 times in elite soccer players compared to control seasons (P < .01).
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