Little is known about the influence of mechanical loading on growth plate stresses and
femoral growth. A multi-scale workflow based on musculoskeletal simulations and …

Orthopedic complications were previously reported for patients with increased femoral
anteversion. A more comprehensive analysis of the influence of increased femoral …

Torsional profiles of the lower limbs, such as femoral anteversion, can dictate gait and
mobility, joint biomechanics and pain, and functional impairment. It currently remains …

Femoral deformities, eg increased or decreased femoral anteversion (AVA) and neck-shaft
angle (NSA), can lead to pathological gait patterns, altered joint loads, and degenerative …

Overuse injuries imply the occurrence of a repetitive or an increased load on a specific
anatomical segment which is unable to recover from this redundant microtrauma, thus …

Background Femoral anteversion affects the lever arm and moment-generating capacity of
the hip abductors, while an increased hip internal rotation during walking was proposed to …

Pathomechanics resulting from rotational deformities of the long bones in an idiopathic
population have not been extensively studied, and are chiefly limited to level over ground …

Background: Idiopathic torsional deformities causing pain and/or functional difficulty is an
indication for a femoral derotational osteotomy (FDRO). Past studies have focused entirely …

This study aimed to analyse the effect of femoral derotational osteotomy on joint kinematics,
kinetics, joint and muscle forces, and muscle moments in patients with idiopathic increased …

Background: There is sparse literature demonstrating the relationship between lower limb
pediatric idiopathic rotational malalignment (IRM) and patient-reported outcomes …