insufficient dorsal extension of the forefoot during swing phase prior to heel-strike, increased base of support, and excessive toe out (Stolze et al., 2000). In this case, the patient had a gait ...

8 9 We, therefore, conclude that the collective biomechanical and clinical evidence overwhelmingly supports the premise that the hamstrings are most susceptible to injury in the late swing phase of ...

and not your swing phase multiple times per second. If you don’t see any improvements or think your gait is responsible for pain, it might be time to employ the services of a running coach.

On the flip side, if your stride length is too short, you can’t store enough energy in the swing phase of your gait. You also won’t be able to use as much force when you hit the push-off phase ...

Results The peak length of the BFlh and ST was observed during the late swing phase, at 86.7% [2.5%] and 81.1% [2.5%] gait cycle, respectively (mean [SD]). A significant difference was observed in the ...