IEEE transactions on bio-medical engineering · 2023
Effects of Stature and Load Carriage on the Running Biomechanics of Healthy Men.
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Tong Junfei, Subramani Adhitya V, Kote Vivek, Baggaley Michael, Edwards W Brent, Reifman Jaques
Аннотация
OBJECTIVE: Overuse musculoskeletal injuries, often precipitated by walking or running with heavy loads, are the leading cause of lost-duty days or discharge during basic combat training (BCT) in the U.S. military. The present study investigates the impact of stature and load carriage on the running biomechanics of men during BCT.
METHODS: We collected computed tomography images and motion-capture data for 21 young, healthy men of short, medium, and tall stature (n = 7 in each group) running with no load, an 11.3-kg load, and a 22.7-kg load. We then developed individualized musculoskeletal finite-element models to determine the running biomechanics for each participant under each condition, and used a probabilistic model to estimate the risk of tibial stress fracture during a 10-week BCT regimen.
RESULTS: Under all load conditions, we found that the running biomechanics were not significantly different among the three stature groups. However, compared to no load, a 22.7-kg load significantly decreased the stride length, while significantly increasing the joint forces and moments at the lower extremities, as well as the tibial strain and stress-fracture risk.
CONCLUSION: Load carriage but not stature significantly affected the running biomechanics of healthy men.
SIGNIFICANCE: We expect that the quantitative analysis reported here may help guide training regimens and reduce the risk of stress fracture.
METHODS: We collected computed tomography images and motion-capture data for 21 young, healthy men of short, medium, and tall stature (n = 7 in each group) running with no load, an 11.3-kg load, and a 22.7-kg load. We then developed individualized musculoskeletal finite-element models to determine the running biomechanics for each participant under each condition, and used a probabilistic model to estimate the risk of tibial stress fracture during a 10-week BCT regimen.
RESULTS: Under all load conditions, we found that the running biomechanics were not significantly different among the three stature groups. However, compared to no load, a 22.7-kg load significantly decreased the stride length, while significantly increasing the joint forces and moments at the lower extremities, as well as the tibial strain and stress-fracture risk.
CONCLUSION: Load carriage but not stature significantly affected the running biomechanics of healthy men.
SIGNIFICANCE: We expect that the quantitative analysis reported here may help guide training regimens and reduce the risk of stress fracture.