Clinical Sports Medicine

Clinical Sports Medicine

Background & Aim: Little is known about functional and motor deficits in male soccer players aged 9-13 and the impact they have on sports injuries and the prevention thereof. Hence, this study assesses functional and motor deficits in the aforementioned population and investigates the ef...

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Autores principales: Schneider J, Wiegand Y, Braumann K-M, Wollesen B
Formato: article
Lenguaje:DE
EN
Publicado: Dynamic Media Sales Verlag 2019
Materias:
Sports medicine
RC1200-1245
Acceso en línea:https://doaj.org/article/5f3a2ae30f3040a8aa6d941ddba5eb87
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spelling oai:doaj.org-article:5f3a2ae30f3040a8aa6d941ddba5eb872021-11-16T19:01:41ZClinical Sports Medicine0344-59252510-526410.5960/dzsm.2018.358https://doaj.org/article/5f3a2ae30f3040a8aa6d941ddba5eb872019-01-01T00:00:00Zhttps://www.germanjournalsportsmedicine.com/archive/archiv-2019/issue-1/funktionelle-und-motorische-defizite-bei-nachwuchsfussballspielern-eine-explorative-quasi-experimentelle-studie/https://doaj.org/toc/0344-5925https://doaj.org/toc/2510-5264Background & Aim: Little is known about functional and motor deficits in male soccer players aged 9-13 and the impact they have on sports injuries and the prevention thereof. Hence, this study assesses functional and motor deficits in the aforementioned population and investigates the effects of an individualized training intervention on functional and motor deficits.Methods: This explorative, quasi-experimental study design allocated male soccer players (9-13 years) (n=48) into intervention group (n=23) and control group (n=25). Both groups performed the functional movement screen, toe touch test and weight-bearing lunge test pre-intervention and post-intervention. The intervention group performed a 12-week multimodal training intervention twice per week for 10-15 minutes. The total score of the functional movement screen and the results of the toe touch test and weight-bearing lunge test served as the outcome parameters.Results: We identified a variety of functional and motor deficits. All participants improved their total score of the functional movement screen (F(1)=32.27; p<0.001; peta=0.42), toe touch test (F(1)=10.48; p<0.01; peta=0.19) and weight-bearing lunge test (F(1)=8.46; p<0.01; peta=0.16). The intervention group showed higher improvements for the functional movement screen (F(1,46)=4.46; p<0.05; peta=0.09), toe touch test (F(1,46)=10.48; p<0.01; peta=0.19) and weight-bearing lunge test (F(1,46)=8.46; p<0.01; peta=0.16).Conclusion: A 12-week multimodal training intervention can effectively reduce functional and motor deficits identified in male soccer players aged 9-13 years and might serve as a helpful tool in injury prevention. KEY WORDS: Motor Deficits, Youth Soccer, Injury Prevention, Flexibility, Training InterventionSchneider JWiegand YBraumann K-MWollesen BDynamic Media Sales VerlagarticleSports medicineRC1200-1245DEENDeutsche Zeitschrift für Sportmedizin, Vol 70, Iss 1 (2019)
institution DOAJ
collection DOAJ
language DE
EN
topic Sports medicine
RC1200-1245
spellingShingle Sports medicine
RC1200-1245
Schneider J
Wiegand Y
Braumann K-M
Wollesen B
Clinical Sports Medicine
description Background & Aim: Little is known about functional and motor deficits in male soccer players aged 9-13 and the impact they have on sports injuries and the prevention thereof. Hence, this study assesses functional and motor deficits in the aforementioned population and investigates the effects of an individualized training intervention on functional and motor deficits.Methods: This explorative, quasi-experimental study design allocated male soccer players (9-13 years) (n=48) into intervention group (n=23) and control group (n=25). Both groups performed the functional movement screen, toe touch test and weight-bearing lunge test pre-intervention and post-intervention. The intervention group performed a 12-week multimodal training intervention twice per week for 10-15 minutes. The total score of the functional movement screen and the results of the toe touch test and weight-bearing lunge test served as the outcome parameters.Results: We identified a variety of functional and motor deficits. All participants improved their total score of the functional movement screen (F(1)=32.27; p<0.001; peta=0.42), toe touch test (F(1)=10.48; p<0.01; peta=0.19) and weight-bearing lunge test (F(1)=8.46; p<0.01; peta=0.16). The intervention group showed higher improvements for the functional movement screen (F(1,46)=4.46; p<0.05; peta=0.09), toe touch test (F(1,46)=10.48; p<0.01; peta=0.19) and weight-bearing lunge test (F(1,46)=8.46; p<0.01; peta=0.16).Conclusion: A 12-week multimodal training intervention can effectively reduce functional and motor deficits identified in male soccer players aged 9-13 years and might serve as a helpful tool in injury prevention. KEY WORDS: Motor Deficits, Youth Soccer, Injury Prevention, Flexibility, Training Intervention
format article
author Schneider J
Wiegand Y
Braumann K-M
Wollesen B
author_facet Schneider J
Wiegand Y
Braumann K-M
Wollesen B
author_sort Schneider J
title Clinical Sports Medicine
title_short Clinical Sports Medicine
title_full Clinical Sports Medicine
title_fullStr Clinical Sports Medicine
title_full_unstemmed Clinical Sports Medicine
title_sort clinical sports medicine
publisher Dynamic Media Sales Verlag
publishDate 2019
url https://doaj.org/article/5f3a2ae30f3040a8aa6d941ddba5eb87
work_keys_str_mv AT schneiderj clinicalsportsmedicine
AT wiegandy clinicalsportsmedicine
AT braumannkm clinicalsportsmedicine
AT wollesenb clinicalsportsmedicine
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