… natural human activities, such as walking, because knee biomechanics were predicted …
laxity results in loss of meniscal function. In contrast, simulating an overly stiff meniscus horn …

… of the lateral meniscus has been identified for the anterior horn, … effect of medial and lateral
meniscectomy on knee laxity and … loading-distribution as well as reduction of lateral meniscus …

… )elastic cartilages and menisci to analyze knee joint loading during the stance phase of gait.
Moreover, since … Meniscal horn attachments were modeled as linear spring bundles 87 . …

… posterior horn of the lateral meniscus 17 were loaded when there … a computer model without
menisci and predicted a higher … moment during gait and consequent shifting of the load axis …

… This suggests that when the material parameters of the … for meniscus may not significantly
affect the contribution of the … lateral meniscus to distribute joint loads are very similar in all …

… the prediction of electromagnetic wave propagation within the body… , the posterior horn of the
medial meniscus can carry a force … be important in reducing friction during loading. From the …

… at the meniscal horns. Results suggest that placement of the … narrowing and lateral ligamentous
laxity were not considered in … prediction accuracy of our model was established through …

… different medial meniscal resections may increase, at different extents, the knee laxity and
… the mechanics of intact ACL, which were predicted with FE simulations of meniscectomy at …

… valgus unload during DLS and gait, though not during SLS … long-term injury consequences.
Research has predominantly … enhancements such as meniscus horns. These outcomes are …

… loading condition, when the posterior horn of the native … (Pawtucket, RI, USA) based on the
laxity experiments. The FE … gait pattern might be different due to the lack of the meniscus or …