Hollander, K. et al. [3] |
2014 |
36 |
22 girls and 14 boys |
Australia |
6–9 |
Barefoot shoe, neutral-cushioned running shoe, and minimal shoe |
Barefoot run reduced the ankle angle at foot strike. Step length, step width, and rate of rear-foot strike increased. |
Matthias, E. et al. [43] |
2021 |
14 |
|
Australia |
8–12 |
Bigger, fitted, smaller shoes |
Small footwear restricted hindfoot, first MTPJ and midfoot range of motion. |
Williams, C. et al. [44] |
2021 |
14 |
|
Australia |
toddlers |
Barefoot and soft-soled shoe (Bobux XPLORER) |
Footwear decreased the range of motion of hip adduction/abduction, knee flexion/extension, but increased subtalar eversion. |
Wegener, C. et al. [45] |
2011 |
12 |
|
Australia |
5–13 |
Barefoot and wearing school shoes |
Traditional school shoes restricted children’s foot motion at the midfoot during contact and propulsion phases. |
Hollander, K. et al. [9] |
2017 |
678 |
341 girls and 337 boys |
Germany |
9–16 |
Barefoot and shod |
Larger hallux valgus angle in all age groups. |
Hollander, K. et al. [46] |
2018 |
678 |
341 girls and 337 boys |
Germany |
9–16 |
Barefoot and shod |
Higher probability of using rearfoot strikes in habitually barefoot children. |
Plesek, J. et al. [47] |
2021 |
48 |
|
Czech Republic |
3–6 |
Barefoot/minimalist shoes and standard running shoes |
More ankle plantar flexion in the barefoot and minimal shoes. |