Human knee kinematics has been widely studied, but data collected so far is fragmented. In vivo data is either based on three dimensional (3D) motion capture techniques or on fluoroscopy. 3D motion capture is not very accurate and shows only knee rotations. Fluoroscopy is more accurate but can not easily be applied to larger groups of healthy subjects. In vitro data has also been published, but only for small numbers of specimens. The aim of this work is to present accurate morphology and tibio-femoral in vitro kinematics of 60 human knees using a single methodology.status: publishe
The development of a good quantitative concept, a model of passive human knee-joint behavior is the ...
Fixed-bearing unicompartmental knee arthroplasty (UKA) closely replicates native knee kinematics. As...
Purpose: We aim to quantitatively characterise the knee joint function in vivo under body-weight-bea...
Human knee kinematics has been widely studied, but data collected so far is fragmented. In vivo data...
Cadaver specimens mounted on a knee simulator combined with motion tracking devices have been used f...
Background: While several studies describe kinematics of healthy and osteoarthritic knees using the ...
Objectives: The last years have deepened the knowledge of kinematics before and after implantation o...
OBJECTIVE: The knowledge of individual joint motion may help to understand the articular physiology ...
Precise knee kinematics assessment helps to diagnose knee pathologies and to improve the design of c...
Movement of the marker positions relative to the body segments obscures in vivo joint level motion. ...
A good knowledge of the three-dimensional kinematics of the knee joint is an important requirement, ...
Damage to the knee joint represents in terms of both incidence and severity of the consequences in t...
Kinematic models of the knee are useful for the applications aimed at replicating or restoring the n...
Injury to the anterior cruciate ligament (ACL) of the knee can result in joint instability even foll...
Accurate assessment of 3D tibio-femoral kinematics is essential for understanding knee joint functio...
The development of a good quantitative concept, a model of passive human knee-joint behavior is the ...
Fixed-bearing unicompartmental knee arthroplasty (UKA) closely replicates native knee kinematics. As...
Purpose: We aim to quantitatively characterise the knee joint function in vivo under body-weight-bea...
Human knee kinematics has been widely studied, but data collected so far is fragmented. In vivo data...
Cadaver specimens mounted on a knee simulator combined with motion tracking devices have been used f...
Background: While several studies describe kinematics of healthy and osteoarthritic knees using the ...
Objectives: The last years have deepened the knowledge of kinematics before and after implantation o...
OBJECTIVE: The knowledge of individual joint motion may help to understand the articular physiology ...
Precise knee kinematics assessment helps to diagnose knee pathologies and to improve the design of c...
Movement of the marker positions relative to the body segments obscures in vivo joint level motion. ...
A good knowledge of the three-dimensional kinematics of the knee joint is an important requirement, ...
Damage to the knee joint represents in terms of both incidence and severity of the consequences in t...
Kinematic models of the knee are useful for the applications aimed at replicating or restoring the n...
Injury to the anterior cruciate ligament (ACL) of the knee can result in joint instability even foll...
Accurate assessment of 3D tibio-femoral kinematics is essential for understanding knee joint functio...
The development of a good quantitative concept, a model of passive human knee-joint behavior is the ...
Fixed-bearing unicompartmental knee arthroplasty (UKA) closely replicates native knee kinematics. As...
Purpose: We aim to quantitatively characterise the knee joint function in vivo under body-weight-bea...