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Authors
Advisor(s)
Abstract(s)
Objetivo: Sintetizar a evidência acerca do efeito da Vibração de Corpo Inteiro (VCI) na
proprioceção do joelho de indivíduos sem patologias ou sujeitos a reconstrução do ligamento
cruzado anterior (LCA). Metodologia: Pesquisa computorizada nas bases de dados PubMed,
PEDro e Web Of Science, utilizando a expressão de pesquisa: “Whole-Body Vibration” AND
Proprioception AND Knee. Resultados: 6 estudos cumpriram os critérios de elegibilidade
definidos, tendo apresentado resultados para uma amostra total de 136 indivíduos. Em indivíduos
sem patologias, verificaram-se efeitos significativos da VCI na proprioceção do joelho quando
efetuada a frequências intermédias (35Hz) num nº de séries igual ou superior a 4 e amplitude de
2mm, assim como em frequências mais baixas (20Hz) mas com um nº superior de séries. Já em
indivíduos sujeitos a reconstrução do LCA, verificam-se melhorias significativas com frequências
entre 30Hz e 50Hz e amplitudes iguais ou superiores a 2,5mm. Conclusão: a VCI produz efeitos
positivos tanto na proprioceção do joelho de indivíduos sem patologias como de sujeitos a
reconstrução do LCA, podendo desta forma complementar os tratamentos convencionais.
Aim: To synthesize the evidence about the effect of Whole-Body Vibration (WBV) on the knee proprioception of individuals without pathologies or submitted to anterior cruciate ligament (ACL) reconstruction. Methodology: Computerized search in the PubMed, PEDro and Web of Science databases using the expression: “Whole-Body Vibration” AND Proprioception AND Knee. Results: 6 studies met the defined eligibility criteria and presented results for a total sample of 136 individuals. In individuals without pathologies, there were significant effects of WBV on knee proprioception when performed at intermediate frequencies (35Hz) with a number of series equal to or greater than 4 and amplitude of 2mm, as well as at lower frequencies (20Hz) but with a higher number of series. In individuals submitted to ACL reconstruction, significant improvements are reported with frequencies between 30Hz and 50Hz and amplitudes equal to or greater than 2.5mm. Conclusion: WBV produces positive effects both in the knee proprioception of individuals without pathologies as in subjects submitted to ACL reconstruction, thus it can complement conventional treatments.
Aim: To synthesize the evidence about the effect of Whole-Body Vibration (WBV) on the knee proprioception of individuals without pathologies or submitted to anterior cruciate ligament (ACL) reconstruction. Methodology: Computerized search in the PubMed, PEDro and Web of Science databases using the expression: “Whole-Body Vibration” AND Proprioception AND Knee. Results: 6 studies met the defined eligibility criteria and presented results for a total sample of 136 individuals. In individuals without pathologies, there were significant effects of WBV on knee proprioception when performed at intermediate frequencies (35Hz) with a number of series equal to or greater than 4 and amplitude of 2mm, as well as at lower frequencies (20Hz) but with a higher number of series. In individuals submitted to ACL reconstruction, significant improvements are reported with frequencies between 30Hz and 50Hz and amplitudes equal to or greater than 2.5mm. Conclusion: WBV produces positive effects both in the knee proprioception of individuals without pathologies as in subjects submitted to ACL reconstruction, thus it can complement conventional treatments.
Description
Projeto de Graduação apresentado à Universidade Fernando Pessoa como parte dos requisitos para obtenção do grau de Licenciado em Fisioterapia
Keywords
Vibração de corpo inteiro Proprioceção Joelho LCA Whole-body vibration Proprioception Knee ACL