Full body gait analysis was used to determine if differences exist in kinem
atic, kinetic, and temporal-spatial data with and without shoes in able-bod
ied children. The greatest difference noted between conditions was an incre
ase in stride length with shoes. Minimal changes were seen in kinematics an
d kinetics with the addition of shoes. Due to the very tight standard devia
tions of the data, these minimal changes in the magnitude of the curves res
ulted in statistically significant differences, yet these changes do not ap
pear to be clinically significant. It is believed that this study establish
es that barefoot gait analysis is sufficient for most clinical studies, and
an additional assessment undertaken while wearing shoes is not necessary.
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