The impact of decreased tibial torsion angle on ankle sprain in football

Abstract

Objective: Ankle sprains are one of the most common sports-related injuries. Among them, lateral ankle sprains (LAS) predominantly occur as inversion-type injuries. As a result of LAS, athletes are required to stay away from training/competitions for a certain period, which leads to a decline in their athletic performance. While the injury mechanisms for inversion-type injuries have been elucidated, it is imperative to investigate anatomical risk factors associated with these injuries. Material and Methods: This study aimed to examine the influence of tibial torsion angle (TTA) in lateral ankle sprains. In the study, the TTA of 67 male football players was recorded during pre-season evaluations. Among these players, 23 experienced LAS, while 44 did not. Results: A statistically significant difference in TTA was observed between players who suffered LAS during the season and those who did not (p<0.05). The findings indicate that individuals with lower TTA are more likely to experience LAS. In addition, a cutoff value analysis revealed that football players with right TTA<11° and left TTA<10° are at an increased risk of injury. Conclusion: In conclusion, the tibial torsion angle should be included as a risk factor in pre-season assessments for lateral ankle sprains, and athletes with low TTA should be integrated into injury prevention programs targeting LAS.