✨Assessing dynamic stability in children with idiopathic toe walking during overground walking(March, 2025)✨✅
📌Key Takeaways
👉Highlights
•Idiopathic toe walkers show differences in dynamic stability compared to controls.
•Children with idiopathic toe walking are using a different movement strategy.
•Stability measures have potential to enhance diagnosis and therapeutic outcomes.
📌Conclusion
👉To conclude, children with Idiopathic toe walking (ITW) presented with minor differences in dynamic stability measures Anterior-posterior margin of stability (APMoS) and whole-body angular momentum (WBAM) in the coronal plane compared to typically developing (TD) peers. They adopted a falling forward strategy to maintain forward momentum during gait comparable to an immature walking strategy. However, the ITW pattern was efficient from the point of view of walking speed, assuming that ITW children adapted their walking behavior to support increased energy absorption during the initial fall. The addition of dynamic stability measures margin of stability (MoS) and WBAM not only provides insights into their ability to balance, but these measures also allow an understanding of the plausible strategies adopted during walking. Dynamic stability behavior in ITW children might in fact reflect adaptations that support efficient energetics during walking.
➡️ Such understanding is particularly important when designing therapies or evaluating therapeutic outcomes, as it enforces a shift in focus from ITW children possessing deficiencies in mechanics and control.
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