Development of Garments with Elastic Straps and Pressure Applicator (GESPA) and “GVcorrect” App to Follow the Changes in Lower-Extremity Alignment (<i>Genu Valgum</i>)—A Pilot Study

Background: There are non-invasive methods of correcting <i>genu valgum</i> (GV), but to date, there is no method to evaluate mechanotherapeutic intervention that does not restrict child’s natural movements while the process is on-going so that timely decisions could be made on effective...

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Main Authors: Anna-Liisa Tamm, Ivi Vaher, Reet Linkberg, Teet Tilk, Jana Kritt, Age Alviste, Maarit Sild, Arved Vain
Format: Article
Language:English
Published: MDPI AG 2021-08-01
Series:Pediatric Reports
Subjects:
Online Access:https://www.mdpi.com/2036-7503/13/3/57
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spelling doaj-d8ed84b6b5fe4ab4a92fa031572669c62021-09-26T00:55:08ZengMDPI AGPediatric Reports2036-75032021-08-01135749550310.3390/pediatric13030057Development of Garments with Elastic Straps and Pressure Applicator (GESPA) and “GVcorrect” App to Follow the Changes in Lower-Extremity Alignment (<i>Genu Valgum</i>)—A Pilot StudyAnna-Liisa Tamm0Ivi Vaher1Reet Linkberg2Teet Tilk3Jana Kritt4Age Alviste5Maarit Sild6Arved Vain7Physiotherapy and Environmental Health Department, Tartu Health Care College, Nooruse 5, 50411 Tartu, EstoniaPhysiotherapy and Environmental Health Department, Tartu Health Care College, Nooruse 5, 50411 Tartu, EstoniaPhysiotherapy and Environmental Health Department, Tartu Health Care College, Nooruse 5, 50411 Tartu, EstoniaInstitute of Technology, University of Tartu, Nooruse 1, 50411 Tartu, EstoniaTallinn Children’s Hospital Foundation, Tervise 28, 13419 Tallinn, EstoniaPhysiotherapy and Environmental Health Department, Tartu Health Care College, Nooruse 5, 50411 Tartu, EstoniaPhysiotherapy and Environmental Health Department, Tartu Health Care College, Nooruse 5, 50411 Tartu, EstoniaInstitute of Physics, University of Tartu, W. Ostwaldi 1, 50411 Tartu, EstoniaBackground: There are non-invasive methods of correcting <i>genu valgum</i> (GV), but to date, there is no method to evaluate mechanotherapeutic intervention that does not restrict child’s natural movements while the process is on-going so that timely decisions could be made on effectiveness of intervention. The aim of study was to develop and assess the comfortability of garments with elastic straps and pressure applicator (GESPA) and the reliability and user-friendliness of “GVcorrect” app, which aims to catch the elastic straps’ pressure level (mN). Methods: 6 children (5–7 y) with intermalleolar distance ≥5 cm wore GESPA daily for 3 months. Anthropometrical and goniometrical measurements were done according to standard technique; tone and biomechanical parameters of skeletal muscles determined with MyotonPRO; feedback about GESPA and “GVcorrect” collected via questionnaire. Results: Based on feedback from children and parents, new, more comfortable and user-friendly GESPA were designed; several updates were made to “GVcorrect” app; new goals were set for the next phase of the study. Conclusions: GESPA and the “GVcorrect” app serve their purpose, but there are still a number of important limitations that need to be removed before the product can be marketed. The study continues with product development until a medical device certificate is obtained.https://www.mdpi.com/2036-7503/13/3/57genu valgumchildrenmechanotherapytibiofemoral angleintermalleolar distanceGESPA
collection DOAJ
language English
format Article
sources DOAJ
author Anna-Liisa Tamm
Ivi Vaher
Reet Linkberg
Teet Tilk
Jana Kritt
Age Alviste
Maarit Sild
Arved Vain
spellingShingle Anna-Liisa Tamm
Ivi Vaher
Reet Linkberg
Teet Tilk
Jana Kritt
Age Alviste
Maarit Sild
Arved Vain
Development of Garments with Elastic Straps and Pressure Applicator (GESPA) and “GVcorrect” App to Follow the Changes in Lower-Extremity Alignment (<i>Genu Valgum</i>)—A Pilot Study
Pediatric Reports
genu valgum
children
mechanotherapy
tibiofemoral angle
intermalleolar distance
GESPA
author_facet Anna-Liisa Tamm
Ivi Vaher
Reet Linkberg
Teet Tilk
Jana Kritt
Age Alviste
Maarit Sild
Arved Vain
author_sort Anna-Liisa Tamm
title Development of Garments with Elastic Straps and Pressure Applicator (GESPA) and “GVcorrect” App to Follow the Changes in Lower-Extremity Alignment (<i>Genu Valgum</i>)—A Pilot Study
title_short Development of Garments with Elastic Straps and Pressure Applicator (GESPA) and “GVcorrect” App to Follow the Changes in Lower-Extremity Alignment (<i>Genu Valgum</i>)—A Pilot Study
title_full Development of Garments with Elastic Straps and Pressure Applicator (GESPA) and “GVcorrect” App to Follow the Changes in Lower-Extremity Alignment (<i>Genu Valgum</i>)—A Pilot Study
title_fullStr Development of Garments with Elastic Straps and Pressure Applicator (GESPA) and “GVcorrect” App to Follow the Changes in Lower-Extremity Alignment (<i>Genu Valgum</i>)—A Pilot Study
title_full_unstemmed Development of Garments with Elastic Straps and Pressure Applicator (GESPA) and “GVcorrect” App to Follow the Changes in Lower-Extremity Alignment (<i>Genu Valgum</i>)—A Pilot Study
title_sort development of garments with elastic straps and pressure applicator (gespa) and “gvcorrect” app to follow the changes in lower-extremity alignment (<i>genu valgum</i>)—a pilot study
publisher MDPI AG
series Pediatric Reports
issn 2036-7503
publishDate 2021-08-01
description Background: There are non-invasive methods of correcting <i>genu valgum</i> (GV), but to date, there is no method to evaluate mechanotherapeutic intervention that does not restrict child’s natural movements while the process is on-going so that timely decisions could be made on effectiveness of intervention. The aim of study was to develop and assess the comfortability of garments with elastic straps and pressure applicator (GESPA) and the reliability and user-friendliness of “GVcorrect” app, which aims to catch the elastic straps’ pressure level (mN). Methods: 6 children (5–7 y) with intermalleolar distance ≥5 cm wore GESPA daily for 3 months. Anthropometrical and goniometrical measurements were done according to standard technique; tone and biomechanical parameters of skeletal muscles determined with MyotonPRO; feedback about GESPA and “GVcorrect” collected via questionnaire. Results: Based on feedback from children and parents, new, more comfortable and user-friendly GESPA were designed; several updates were made to “GVcorrect” app; new goals were set for the next phase of the study. Conclusions: GESPA and the “GVcorrect” app serve their purpose, but there are still a number of important limitations that need to be removed before the product can be marketed. The study continues with product development until a medical device certificate is obtained.
topic genu valgum
children
mechanotherapy
tibiofemoral angle
intermalleolar distance
GESPA
url https://www.mdpi.com/2036-7503/13/3/57
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