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Conclusions: With the exception of stride width variability, the variability of the remaining gait variables of interest were insensitive to the speed at which subjects walked, whether the subjects were wearing shoes or not, and performing an attention-splitting task while walking.
The independent variables were walking velocity variability, stride length variability, stride width variability, and stride time variability.
The range (1.8 2.9 mm) of this width best fits the width variability observed when marking the silcrete with a pointed crayon rather than an edge.
Surface type significantly affected step width variability (P < 0.001) and step time variability (P < 0.001).
Step-width variability has been associated with increased risk of falls.
Since step width variability has been implicated in falls, further research is warranted.
Step width variability of older adults was significantly larger than that of young adults.
One significant age group difference was found: step width variability was significantly greater in OW than YW (P = 0.010).
An independent t test showed significantly greater step width variability in the patients with MS (MS, 2.56±0.45cm; controls, 2.05±0.51cm; P=.006).
The present results, and those of previous studies, point to a consistent relationship between age and step width variability.
Results: Stride width variability of older adults was significantly larger than that of younger adults in both experiments.
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