Knee ligaments are elastic bands of soft tissue with a complex microstructure and
biomechanics, which are critical to determine the kinematics as well as the stress bearing …

Background The ligaments in the knee are prone to injury especially during dynamic
activities. The resulting instability can have a profound impact on a patient's daily activities …

Abstract Knowledge of the forces acting on musculoskeletal joint tissues during movement
benefits tissue engineering, artificial joint replacement, and our understanding of ligament …

THE +1245G/T POLYMORPHISMS IN THE COLLAGEN TYPE I ALPHA 1 (CoL/A/) GENE IN
POLISH SKIERS WITH ANTERIOR CRUCIATE LIGAMENT INJURY Page 1 Biology of Sport …

Quantifying the mechanical environment at the knee is crucial for developing successful
rehabilitation and surgical protocols. Computational models have been developed to …

Detailed knowledge of knee kinematics and dynamic loading is essential for improving the
design and outcomes of surgical procedures, tissue engineering applications, prosthetics …

Detailed knowledge of knee joint kinematics and dynamic loading is essential for improving
the design and outcomes of surgical procedures, tissue engineering applications …

A multibody model of the knee was developed and the predicted ligament forces and
kinematics during passive flexion corroborated subject-specific measurements obtained …

The evaluation of the knee joint behavior is fundamental in many applications, such as joint
modeling, prosthesis and orthosis design. A new test rig for in vitro analysis of the knee joint …

Abstract Background Context The lumbar facet capsular ligament (FCL) is a posterior spinal
ligament with a complex structure and kinematic profile. The FCL has a curved geometry …