Análise de Confiabilidade de Software na Análise Biomecânica: Revisão de Literatura

Araújo, Eloisa Oliveira de; Duarte, Adson Durantt

doi:10.4322/rae.v16e202202

Cited by 1 publication

(3 citation statements)

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“…To carry out the evaluation of the hallux (mis)alignment, computerized photogrammetry was used. Despite the growing number of studies that use computerized photogrammetry [23][24][25][26][27], there are no reference values on its use in the evaluation of Hallux Valgus; likewise, few studies were found that verified the reliability of these measurements. One this study found [28] refers to the evaluation of Hallux Valgus through the use of self-photography.…”

Section: Hallux (Mis)alignment Evaluationmentioning

confidence: 99%

“…To standardize the recording of images, a Webcam Logitech ®® 920 was used, fixed on a tripod 45 cm away from the anterior region of the foot (Figure 3), with a leveling control in relation to the ground to allow the perpendicular capture of images analyzed in a transverse plane, reducing the margins of error in the reproduction of evaluations. Kinovea ® software was used to analyze the collected images (Figure 4), which is recognized for having good reliability with results over 90% in the biomechanical analysis [26].…”

Section: Hallux (Mis)alignment Evaluationmentioning

confidence: 99%

“…Kinovea ®® software was used to analyze the collected images (Figure 4), which is recognized for having good reliability with results over 90% in the biomechanical analysis [26].…”

Section: Hallux (Mis)alignment Evaluationmentioning

confidence: 99%

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A Pathway to Hallux Valgus Correction: Intra- and Interexaminer Reliability of Hallux Alignment

2023

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Hallux Valgus is an orthopedic deformity of the forefoot region characterized by a lateral deviation of the first toe by more than 15 degrees with a medial deviation of the first metatarsal, often associated with a rotational deformity of the hallux phalanges. The work presented here is part of a broader study. To assess the (mis)alignment of the hallux, computerized photogrammetry was performed with Kinovea® software. Scientific articles about the reliability of photogrammetry for the (mis)alignment of a hallux evaluation are unknown. The main objective of this work is to verify the reliability of intra- and interexaminer evaluations in the assessment of a hallux (mis)alignment using computerized photogrammetry. For the intrarater evaluation, one examiner analyzed an aleatory sample of 40 feet to measure the (mis)alignment of the hallux, repeating the analysis five or fourteen days later. For the interrater evaluation, two examiners analyzed an aleatory sample of 20 feet. An intraclass correlation coefficient (ICC) and paired samples t-test were applied with a significance level of 0.05. Both inter- and intraexaminer-reliability analyses were rated as excellent (ICCs > 0.7), indicating yet another way to assess hallux (mis)alignment by nonradiological means, avoiding the radiation exposure associated with radiographs and the cost associated with the equipment acquisition.

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