Item type:Article, Open Access

Pressure-Relief Effect of Post-Op Shoes Depends on Correct Usage WhileWalking

Abstract

Post-op shoes (POSs) are commonly used after forefoot surgery to protect the surgical site. However, there are insufficient data on their impact on forefoot load during the rollover phase of walking. This study aims to analyze the effects of a commonly used POS on plantar pressures under the forefoot and to assess whether improper usage could affect pressure patterns. Sixteen healthy volunteers underwent three different walking tests on a straight tartan track. The test setting included walking barefoot, as well as normal walking and a modified heel-accentuated “limping” gait while wearing a common POS. The pressure distribution over the forefoot regions of interest was measured using sensor insoles and a pressure-measuring plate on the ground. Results show that only the heelaccentuated “limping” gait in the POS led to a significant reduction in pressure values over all anatomical regions compared to the normal barefoot gait. Furthermore, higher pressure values were found over the lesser toes during normal walking in the POS compared to normal barefoot walking. The findings highlight that the protective function of a POS relies on proper use, specifically the correct gait pattern. If used incorrectly, POS may even have unfavorable effects on the pressure on the operated forefoot and possibly even increase the risk of delayed healing or complications in comparison to barefoot walking. Therefore, strategies such as patient training in proper walking techniques should be incorporated into postoperative care.

Metadata

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Döhner, Claudia; Soost, Christian; Steinhöfer, Sam; Graw, Jan A.; Bliemel, Christopher; Barsumyan, Artur; Burchard, Rene: Pressure-Relief Effect of Post-Op Shoes Depends on Correct Usage WhileWalking. In: Bioengineering 2025, 12, Jg. (), S. 489-489. DOI: https://doi.org/10.17192/openumr/733.

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Except where otherwised noted, this item's license is described as Attribution 4.0 International

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