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Anterior cruciate ligament injury is a traumatic sports related injury arising via combined modifiable and non-modifiable risk factors. Current prevention strategies focus largely on modifiable factors, and in particular neuromuscular control, as it directly influences joint mechanics and is amenable to training. In spite of the increased quality and quantity of such programs, however, injury rates and the associated sex-based disparity in these rates have remained. Knee joint anatomy has been commonly linked to ACL injury risk and also governs resultant joint mechanics. By failing to consider the integrative impact of this critical non-modifiable factor within the ensuing neuromechanical profile, we thus propose that prevention efforts will remain substantially compromised. With this fact in mind, the current study examined the association between key knee joint anatomical indices and resultant in vivo knee load states elicited during dynamic sports landing postures.

Knee Joint Anatomy Predicts Extreme In Vivo Dynamic Knee Load States