2015
DOI: 10.1016/j.physio.2015.03.3448
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Vertical and mediolateral knee acceleration during level walking in individuals with medialcompartment knee osteoarthritis and a lateral thrust gait

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“…The significance of the CC axis acceleration can be justified biomechanically by its direct relationship with stance phase knee joint compression forces, to which patients with knee OA or pre-OA are likely to be sensitive. In another study, Hung et al observed higher tibial vertical acceleration in medial knee OA patients than age-matched controls, suggesting a more considerable ground impact on the knee joint [34]. They also observed significantly higher vertical acceleration differences between the tibia and femur in the patients compared to the control group, indicating a more significant kinetic moment between the segments, parallel to the clinical observation of the lateral thrust gait [34].…”
Section: Discussionmentioning
confidence: 89%
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“…The significance of the CC axis acceleration can be justified biomechanically by its direct relationship with stance phase knee joint compression forces, to which patients with knee OA or pre-OA are likely to be sensitive. In another study, Hung et al observed higher tibial vertical acceleration in medial knee OA patients than age-matched controls, suggesting a more considerable ground impact on the knee joint [34]. They also observed significantly higher vertical acceleration differences between the tibia and femur in the patients compared to the control group, indicating a more significant kinetic moment between the segments, parallel to the clinical observation of the lateral thrust gait [34].…”
Section: Discussionmentioning
confidence: 89%
“…In another study, Hung et al observed higher tibial vertical acceleration in medial knee OA patients than age-matched controls, suggesting a more considerable ground impact on the knee joint [34]. They also observed significantly higher vertical acceleration differences between the tibia and femur in the patients compared to the control group, indicating a more significant kinetic moment between the segments, parallel to the clinical observation of the lateral thrust gait [34]. However, lower trunk-foot acceleration attenuation along the CC axis was observed in another study on an elderly female population without knee OA [35].…”
Section: Discussionmentioning
confidence: 92%