… 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 …

… to loading compared to defects covered by the meniscus … is expected to decrease the loading
of the adjacent cartilage … muscle weakness, ligament laxity and contact parameters, would …

… , which detected significant impact of medial meniscal tears on ATT during gait [2, 3, 29]. …
measurements during level walking and downhill running [56]. The role of the menisci in limiting …

… were predicted in the medial meniscus and cartilage of the knee joint during the loading …
To simulate meniscal attachments, each meniscal horn was fixed to the bone using linear …

… Side to side difference in anterior knee laxity for ACLDs and … ) after its tear and were expected
to show decreased ability to … to higher repetitive loading during walking. ACL deficiency …

… 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 …

… response to loading (2 mm) was predicted for the lateral meniscus, however … laxity of these
structures may lead to loss of meniscal function [49]. Accurate modelling of the meniscal horn …

… )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 . …

… that the posterior horn region of the medial meniscus experiences … predicted motion of the
middle meniscus element during … Activities of daily living, such as walking, would have higher …

… As would be expected, knee arthroscopy for meniscal injury … of how the meniscus aids
load transmission through the … of the posterior horn of the lateral meniscus during deep knee …