… To identify risk factors among spatiotemporal and ground-reaction force characteristics in …
shoe cushioning modifies the association between running biomechanics and injury risk. …

… The above-mentioned studies investigated the bone's resistance to fracture as a risk factor,
… the risk factors involved. The reason why GRF has received so much attention as a risk factor …

… differences in the vertical ground reaction forces and loading … >0.05) in the vertical ground
reaction forces and loading rates … that single risk factors such as vertical ground reaction force …

… Our study did not capture other potential biomechanical risk factors for tibial bone stress
injury, such as increased hip adduction or rearfoot eversion. It is possible that these mechanics …

… A transient peak is observed in the ground reaction force data symbolizing an increased …
of loading in ground reaction forces. Obesity has been identified as a primary risk factor in OA of …

… runners.1 ,2 Many factors play a role in the … factors influence the relation between training
load and injury occurrence.3 ,4 Vertical ground reaction force (VGRF) is a biomechanical factor …

… which may prove to be a risk factor for future low-back pain and injury. Based on the findings
of the current investigation, if asymmetries are a risk factor, even healthy people with certain …

… of vertical ground reaction in patients with … ground reaction force after ACL reconstruction.
Only 1 study reported no significant difference in the asymmetrical vertical ground reaction …

… ground reaction force during a sit-to-stand (STS) movement and physical activity and falling
risk … Falling risk factors regarding a decrease of ambulatory and balance abilities and falling …

… High magnitudes or volumes of impact forces, like those experienced during load carriage
or running, are a major risk factor for overuse injuries. In particular, stress fractures of the tibia …