Article detail · 2021 · article
Variable Lower Limb Alignment of Clinical Measures With Digital Photographs and the Footscan Pressure System.
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- YÖKSİSYÖKSİS article record
- YÖKSİS venueJournal of Sport Rehabilitation
- Catalog match (ISSN)Journal of Sport Rehabilitation
- OpenAlexOpenAlex enrichment (abstract, citations, topics)
- Semantic Scholarcitation count (not merged with OpenAlex)
Abstract
OBJECTIVE: This study examines the effect of the lower limb misalignment and its possible compensatory effect on plantar pressure in a normal population. The aim of this paper is to present a structured method for the analysis of posture and its changes using a standardized digital photography technique and plantar pressure measuring device. DESIGN: Cohort. SETTING: Laboratory. PARTICIPANTS: A total of 200 adult volunteers between 18 and 22 years of age who had no current symptoms of pain and foot or ankle pathology participated in the study. MAIN OUTCOME MEASURES: The gold standard measure of lower limb alignment with weight-bearing status is the mechanical axis and their angles using Image J software. Structural and functional measurements of the same foot were taken using a plantar pressure measuring device. In this study, 5 alignment (thigh, knee, leg, ankle, and foot) characteristics were measured on the lower limb using the 2 techniques, and, additionally, the foot contact area, peak pressure, foot axis, rearfoot angle, and subtalar joint flexibility score were analyzed in 10 different regions of the foot. RESULTS: This study has shown a reasonable correlation between digitalized measurements and plantar pressures values. Quadriceps angle affected midfoot impulse, foot axis angle, subtalar joint minimum angle, and rearfoot angle positively. Subtalar joint flexibility scores were analyzed in 10 different regions of the foot. There was a positive correlation between rearfoot angle and quadriceps angle (P = .009, r = .261). Results of both methods show that they endorse each other. CONCLUSIONS: The posture of the standing feet may have influence on lower limb alignment. Currently, there are no studies carried out by using digital photogrammetry and foot scan. The authors claim that patient-friendly digital photogrammetry would have a positive contribution to the monitoring of patients, even including new ones in the treatment programs, reducing any possible loss in the personal and national economy.
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Citations
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6citationsOpenAlex · cited_by_count (cache / database)
9 publications in the local catalog that cite this work (OpenAlex reference match; not the full global list).
- 2025 Gender-specific foot morphology and biomechanical patterns in young adults: a combined photogrammetric and plantar pressure analysisCitations 1 · OpenAlex
- 2025 Gender-specific foot morphology and biomechanical patterns in young adults: a combined photogrammetric and plantar pressure analysisCitations 1 · OpenAlex
- 2025 Gender-specific foot morphology and biomechanical patterns in young adults: a combined photogrammetric and plantar pressure analysisCitations 1 · OpenAlex
- 2023 Evaluation of Errors Encountered in Photogrammetric Studies on Lower ExtremitiesCitations 1 · OpenAlex
- 2023 Evaluation of Errors Encountered in Photogrammetric Studies on Lower ExtremitiesCitations 1 · OpenAlex
- 2023 Evaluation of Errors Encountered in Photogrammetric Studies on Lower ExtremitiesCitations 1 · OpenAlex
- 2026 A photo-anthropometric study of students' head and neck posture during the use of anatomical models in practical anatomy classesCitations 0 · OpenAlex
- 2026 A photo-anthropometric study of students' head and neck posture during the use of anatomical models in practical anatomy classesCitations 0 · OpenAlex
- 2026 Photo-anthropometric analysis of upper extremity posture in students during the use of models in anatomy practice lessonsCitations 0 · OpenAlex