Muscle function during single leg landing

HIGHLIGHTS

SUMMARY

    Due to the single-leg nature of the landing task investigated, the contribution of muscles to the lower limb joint moments in the frontal plane are also of importance. The observed variability in some muscles (e_g, SOLEUS and VASTI, Fig 2) may suggest that different participants naturally adopted different landing techniques, possibly varying between an ankle and knee dominant approach. Prior research has shown the various foot-ground contact models can produce different estimates of muscle function for certain muscles, in certain ­planes39, and it is currently unclear which model produces the most accurate . . .

     

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