FOOTPRINT INDEXES IN STATIC AND DYNAMIC CONDITIONS

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KARIMI MOHAMMAD TAGHI; POL FATEMEH; POL AHMAD; FERESHTENEJAD NILOOFAR; RAFIAEI MASOOD

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Journal: Journal of Research in Rehabilitation Sciences Year:2011 | Volume:7 | Issue:5 (SUPPLEMENT) Page(s): 599-604

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Title

FOOTPRINT INDEXES IN STATIC AND DYNAMIC CONDITIONS

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Keywords

FOOTPRINT INDEXESQ2

FLATFOOTQ2

ARCH INDEXQ2

FOOT PRINT ANGLEQ2

STATICQ2

DYNAMICQ2

Abstract

Introduction: Various methods are used to address the foot structure however, the most common and easy to use method is foot print method which is capable to detect the wide variation of foot morphology and providing information about the distribution of foot type. Most of the studies regarding foot print indexes have been reported during STATIC condition and in a single limb support. However, there is no enough evidence regarding the foot print indexes in DYNAMIC condition and also in STATIC equal weight bearing condition. The aim of this research was to find the mean values of the foot print indexes in STATIC condition, equal weight bearing condition, and during walking. Moreover, it was aimed at finding the correlation between STATIC and DYNAMIC indexes.Materials and Methods: Two groups of 30 normal and FLATFOOT subjects were recruited in this clinical trial study. They were selected from the staff and students of Isfahan University of Medical Sciences. The FOOTPRINT INDEXES were collected during STATIC and DYNAMIC conditions. ARCH INDEX, footprint index and footprint angle were the parameters determined via Solid Work software. The difference in FOOTPRINT INDEXES between normal and flat-arched subjects was evaluated through two-sample t test. The Pearson correlation test was used to determine the relationship between the STATIC and DYNAMIC conditions.Results: The FOOTPRINT INDEXES of normal and flat footed subjects differed significantly from each other (P<0.05). In addition, there was a correlation between the STATIC and DYNAMIC indexes (r>0.808).Conclusion: Footprint index can be used to monitor the foot misalignment in flat arched subjects. As there was a significant correlation between STATIC and DYNAMIC conditions, it is suggested to monitor foot alignment during walking with regard to those indexes measured in the STATIC condition.

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APA: Copy

KARIMI, MOHAMMAD TAGHI, POL, FATEMEH, POL, AHMAD, FERESHTENEJAD, NILOOFAR, & RAFIAEI, MASOOD. (2011). FOOTPRINT INDEXES IN STATIC AND DYNAMIC CONDITIONS. JOURNAL OF RESEARCH IN REHABILITATION SCIENCES, 7(5 (SUPPLEMENT)), 599-604. SID. https://sid.ir/paper/143954/en

Vancouver: Copy

KARIMI MOHAMMAD TAGHI, POL FATEMEH, POL AHMAD, FERESHTENEJAD NILOOFAR, RAFIAEI MASOOD. FOOTPRINT INDEXES IN STATIC AND DYNAMIC CONDITIONS. JOURNAL OF RESEARCH IN REHABILITATION SCIENCES[Internet]. 2011;7(5 (SUPPLEMENT)):599-604. Available from: https://sid.ir/paper/143954/en

IEEE: Copy

MOHAMMAD TAGHI KARIMI, FATEMEH POL, AHMAD POL, NILOOFAR FERESHTENEJAD, and MASOOD RAFIAEI, “FOOTPRINT INDEXES IN STATIC AND DYNAMIC CONDITIONS,” JOURNAL OF RESEARCH IN REHABILITATION SCIENCES, vol. 7, no. 5 (SUPPLEMENT), pp. 599–604, 2011, [Online]. Available: https://sid.ir/paper/143954/en

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