Abstract
Background. Footscan technology allows for assessment of injury risk and walking mechanics, yet there is a dearth of normative datapertaining to the normal, injury-free foot in a South African (SA) context.Objective. To generate normative tables from plantar pressure prole data gathered from students at an SA university.Methods. e RS Footscan (RSscan, Belgium) system was used to measure the plantar pressure values of the foot. Ten anatomical landmarksof the foot were analysed: the hallux, lateral toes, ve metatarsal heads, midfoot, and medial and lateral heel. ese ten areas were groupedinto one of three regions: forefoot, midfoot and heel. A total of 180 participants were subdivided as follows: gender (males, n=90; females,n=90); race (black, n=60; white, n=60; coloured, n=60). Each race group comprised 30 males and 30 females.Results. Of the ten individual plantar pressure areas, the second and third metatarsal heads demonstrated the highest mean peak plantarpressure values. Of the three regions, the heel region was ascribed with the largest plantar pressure values. Black females, coloured malesand coloured females yielded the highest pressure values, especially under the midfoot region of the foot. Black and white males and whitefemales exhibited the lowest pressure under the foot, especially under the midfoot region.Conclusion. e plantar pressure prole data generated in this study could serve to provide clinicians with a frame of reference whenevaluating participants within the age range of 18 - 30 years.
Highlights
Footscan technology allows for assessment of injury risk and walking mechanics, yet there is a dearth of normative data pertaining to the normal, injury-free foot in a South African (SA) context
The stanine categorisations are given relative to each gender group, each race group, and each gender-race group
Conclusions the largest pressure values were generally observed under the second and third metatarsal heads of the forefoot when the ten individual foot regions were considered, when the foot was subdivided into the three subregions, the overall largest pressure values were ascribed to the heel region of the foot, closely followed by the forefoot region. e midfoot region yielded the lowest plantar pressure values
Summary
Footscan technology allows for assessment of injury risk and walking mechanics, yet there is a dearth of normative data pertaining to the normal, injury-free foot in a South African (SA) context. To generate normative tables from plantar pressure pro le data gathered from students at an SA university. E RS Footscan (RSscan, Belgium) system was used to measure the plantar pressure values of the foot. Ese ten areas were grouped into one of three regions: forefoot, midfoot and heel. The heel region was ascribed with the largest plantar pressure values. Black females, coloured males and coloured females yielded the highest pressure values, especially under the midfoot region of the foot. Black and white males and white females exhibited the lowest pressure under the foot, especially under the midfoot region. E plantar pressure pro le data generated in this study could serve to provide clinicians with a frame of reference when evaluating participants within the age range of 18 - 30 years.
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