Automation of measurements for digital posturography in a standing position: software EPPA!

This paper introduces the development of the EPPA! Software, with its Spanish acronym, “Evaluación Posturográfica de Pie Automatizada,” created using Matlab R2019a from Mathworks®. EPPA! serves the following purposes: a) To facilitate the objective evaluation of posture in a standing position through the standardization of 55 (fifty-five) variables (linear (±1 cm) and angular (±2°)), linked to anatomical indicators in digital posturographs in the standing position. b) To provide access to intersegmental postural diagnoses based on regions, planes, and views, with respect to ideal reference lines and normality ranges. c) To enable additional measurements of the evaluator’s choice, beyond the standardized ones, tailored to the clinical case and the significance of specific anatomical regions or singularities of interest. To validate the software, a comparison with the open-source software Kinovea © 0.9.5 was conducted using a pilot sample (n=6) of older adult volunteers of both genders, who were referred for postural treatment due to diagnoses of orthopedic and/or traumatological musculoskeletal conditions. This study excluded individuals with neurological pathologies affecting motor control. The comparison was carried out by healthcare professionals with expertise in posturographic assessment. We found significant differences in the results of this comparison, with the Two One-Side Test (TOST) based on the normality of variable (linear and angular) in paired samples (p < 0.05).

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Main Authors: Oleari, Cristina, Fusco, Mara Edith, Molina, Diego Edwards, Miralles, Mónica T.
Format: Documento de conferencia biblioteca
Language:eng
Published: Springer 2024
Subjects:POSTURA HUMANA, EVALUACION POSTURAL, POSTUROGRAFIA, DISEÑO DE SOFTWARE, FISIOTERAPIA, SOFTWARE,
Online Access:https://repositorio.uca.edu.ar/handle/123456789/19120
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spelling oai:ucacris:123456789-191202024-11-28T05:02:19Z Automation of measurements for digital posturography in a standing position: software EPPA! Oleari, Cristina Fusco, Mara Edith Molina, Diego Edwards Miralles, Mónica T. POSTURA HUMANA EVALUACION POSTURAL POSTUROGRAFIA DISEÑO DE SOFTWARE FISIOTERAPIA SOFTWARE This paper introduces the development of the EPPA! Software, with its Spanish acronym, “Evaluación Posturográfica de Pie Automatizada,” created using Matlab R2019a from Mathworks®. EPPA! serves the following purposes: a) To facilitate the objective evaluation of posture in a standing position through the standardization of 55 (fifty-five) variables (linear (±1 cm) and angular (±2°)), linked to anatomical indicators in digital posturographs in the standing position. b) To provide access to intersegmental postural diagnoses based on regions, planes, and views, with respect to ideal reference lines and normality ranges. c) To enable additional measurements of the evaluator’s choice, beyond the standardized ones, tailored to the clinical case and the significance of specific anatomical regions or singularities of interest. To validate the software, a comparison with the open-source software Kinovea © 0.9.5 was conducted using a pilot sample (n=6) of older adult volunteers of both genders, who were referred for postural treatment due to diagnoses of orthopedic and/or traumatological musculoskeletal conditions. This study excluded individuals with neurological pathologies affecting motor control. The comparison was carried out by healthcare professionals with expertise in posturographic assessment. We found significant differences in the results of this comparison, with the Two One-Side Test (TOST) based on the normality of variable (linear and angular) in paired samples (p < 0.05). 2024-11-27T23:11:09Z 2024-11-27T23:11:09Z 2024 Documento de conferencia 1433-9277 (online) 1680-0737 (impreso) https://repositorio.uca.edu.ar/handle/123456789/19120 10.1007/978-3-031-61960-1_40 eng Atribución-NoComercial-CompartirIgual 4.0 Internacional http://creativecommons.org/licenses/by-nc-sa/4.0/ application/pdf Springer En: Ballina, F.E., Armentano, R., Acevedo, R.C., Meschino, G.J. (eds) Advances in Bioengineering and Clinical Engineering. SABI 2023. IFMBE Proceedings, vol 106. Springer, Cham.
institution UCA
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country Argentina
countrycode AR
component Bibliográfico
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tag biblioteca
region America del Sur
libraryname Sistema de bibliotecas de la UCA
language eng
topic POSTURA HUMANA
EVALUACION POSTURAL
POSTUROGRAFIA
DISEÑO DE SOFTWARE
FISIOTERAPIA
SOFTWARE
POSTURA HUMANA
EVALUACION POSTURAL
POSTUROGRAFIA
DISEÑO DE SOFTWARE
FISIOTERAPIA
SOFTWARE
spellingShingle POSTURA HUMANA
EVALUACION POSTURAL
POSTUROGRAFIA
DISEÑO DE SOFTWARE
FISIOTERAPIA
SOFTWARE
POSTURA HUMANA
EVALUACION POSTURAL
POSTUROGRAFIA
DISEÑO DE SOFTWARE
FISIOTERAPIA
SOFTWARE
Oleari, Cristina
Fusco, Mara Edith
Molina, Diego Edwards
Miralles, Mónica T.
Automation of measurements for digital posturography in a standing position: software EPPA!
description This paper introduces the development of the EPPA! Software, with its Spanish acronym, “Evaluación Posturográfica de Pie Automatizada,” created using Matlab R2019a from Mathworks®. EPPA! serves the following purposes: a) To facilitate the objective evaluation of posture in a standing position through the standardization of 55 (fifty-five) variables (linear (±1 cm) and angular (±2°)), linked to anatomical indicators in digital posturographs in the standing position. b) To provide access to intersegmental postural diagnoses based on regions, planes, and views, with respect to ideal reference lines and normality ranges. c) To enable additional measurements of the evaluator’s choice, beyond the standardized ones, tailored to the clinical case and the significance of specific anatomical regions or singularities of interest. To validate the software, a comparison with the open-source software Kinovea © 0.9.5 was conducted using a pilot sample (n=6) of older adult volunteers of both genders, who were referred for postural treatment due to diagnoses of orthopedic and/or traumatological musculoskeletal conditions. This study excluded individuals with neurological pathologies affecting motor control. The comparison was carried out by healthcare professionals with expertise in posturographic assessment. We found significant differences in the results of this comparison, with the Two One-Side Test (TOST) based on the normality of variable (linear and angular) in paired samples (p < 0.05).
format Documento de conferencia
topic_facet POSTURA HUMANA
EVALUACION POSTURAL
POSTUROGRAFIA
DISEÑO DE SOFTWARE
FISIOTERAPIA
SOFTWARE
author Oleari, Cristina
Fusco, Mara Edith
Molina, Diego Edwards
Miralles, Mónica T.
author_facet Oleari, Cristina
Fusco, Mara Edith
Molina, Diego Edwards
Miralles, Mónica T.
author_sort Oleari, Cristina
title Automation of measurements for digital posturography in a standing position: software EPPA!
title_short Automation of measurements for digital posturography in a standing position: software EPPA!
title_full Automation of measurements for digital posturography in a standing position: software EPPA!
title_fullStr Automation of measurements for digital posturography in a standing position: software EPPA!
title_full_unstemmed Automation of measurements for digital posturography in a standing position: software EPPA!
title_sort automation of measurements for digital posturography in a standing position: software eppa!
publisher Springer
publishDate 2024
url https://repositorio.uca.edu.ar/handle/123456789/19120
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