Análise funcional e isocinética comparativa entre implantes com estabilização posterior e rotatórios constritos (hinge) em artroplastias do joelho

Resumo

Objetivo: Comparar a função e a força muscular do membro entre pacientes submetidos a artroplastias do joelho que utilizaram implantes primários com estabilização posterior (grupo controle) e pacientes com implantes constritos rotatórios (grupo Hinge).

Métodos: A avaliação da função foi feita por meio do Knee Society Score (KSS) e da força muscular por um dinamômetro isocinético utilizando a velocidade de 60°/s.

Resultados: Foram analisados 43 pacientes, que realizaram 51 cirurgias, sendo o grupo Hinge composto por 25 cirurgias e o grupo controle por 26 cirurgias primárias. Não observamos diferenças significativas entre os grupos Hinge e controle nos valores do KSS funcional (p = 0,54), KSS objetivo (p = 0,91), pico de torque flexor (p = 0,25) e pico de torque extensor (p = 0,08). Os pacientes do grupo Hinge que realizaram artroplastias primárias apresentaram um pico de torque flexor maior (0,76 Nm/kg) que aqueles que utilizaram o implante em revisão após falha séptica (0,33 Nm/kg) (p < 0,05). O implante constrito foi indicado em cirurgias de revisão de artroplastia com instabilidade ligamentar grave e em casos de artroplastias primárias complexas com destruição óssea ou deformidade coronal grave no plano coronal.

Conclusão: O uso de implantes bloqueados possibilita função articular e força muscular comparáveis a dos pacientes que realizaram artroplastia primária utilizando implantes convencionais com estabilização posterior. Pacientes submetidos à revisão séptica com prótese Hinge rotatória apresentam menor força da musculatura flexora em relação àqueles submetidos a artroplastia primária com implante constrito.

Palavras-chave

artroplastia do joelho - osteoartrite do joelho - força muscular

Trabalho desenvolvido no INTO – Instituto Nacional de Traumatologia e Ortopedia Rio de Janeiro, RJ, Brasil.

Publikationsverlauf

Eingereicht: 23. November 2021

Angenommen: 26. Juni 2023

Artikel online veröffentlicht:
21. März 2024

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