This study involved the development and testing of a system for the simultaneous in vitro measurement of tibiofemoral kinematics and patellofemoral kinematics and forces. Knee motion was tracked using a Vicon 370, and patellofemoral force was measured using a six degree-of-freedom transducer based on the design of Singerman et al. Using this system, twelve knee specimens were tested in supine leg extension under a simulated quadriceps force. The comprehensive set of results corresponds well to the individual results of previous studies. The measurement system will be of value in assessing the effects of total knee arthroplasty on patellar function
The evaluation of the knee joint behaviour is of great interest for medicine. A new rig to test knee...
The fundamental objectives of patello-femoral joint biomechanics include the determination of its ki...
Opto-electronic cinematic analysis has already proven useful in the investigation of patients with a...
OBJECTIVE: To develop a method of measuring the magnitude, direction and point of application of the...
The Oxford medial unicompartmental knee replacement was designed to reproduce normal mobility and fo...
Using a new, non-invasive method, we measured the patellofemoral force (PFF) in cadaver knees mounte...
Abnormal patellar tracking results in patello-femoral (PF) joint disorders and frequently in failure...
Objectives: Clinical problems of the knee joint are often related to the patella. Despite this, pate...
Background: This study compared the difference between patellofemoral kinematics derived simultaneou...
The physiologic forces are essential for proper functioning and longevity of the patellofemoral join...
Aim was to develop an in vivo technique which allows determination of femoro-tibial and of femoro-pa...
Patellar maltracking may result in many patellofemoral joint (PFJ) disorders in the natural and repl...
Abstract Background Changing the kinematic behaviour of patellar movement could be one of the reason...
Purpose. The purpose of this study was to evaluate the approach of using an electromagnetic tracking...
The evaluation of the knee joint behavior is fundamental in many applications, such as joint modelin...
The evaluation of the knee joint behaviour is of great interest for medicine. A new rig to test knee...
The fundamental objectives of patello-femoral joint biomechanics include the determination of its ki...
Opto-electronic cinematic analysis has already proven useful in the investigation of patients with a...
OBJECTIVE: To develop a method of measuring the magnitude, direction and point of application of the...
The Oxford medial unicompartmental knee replacement was designed to reproduce normal mobility and fo...
Using a new, non-invasive method, we measured the patellofemoral force (PFF) in cadaver knees mounte...
Abnormal patellar tracking results in patello-femoral (PF) joint disorders and frequently in failure...
Objectives: Clinical problems of the knee joint are often related to the patella. Despite this, pate...
Background: This study compared the difference between patellofemoral kinematics derived simultaneou...
The physiologic forces are essential for proper functioning and longevity of the patellofemoral join...
Aim was to develop an in vivo technique which allows determination of femoro-tibial and of femoro-pa...
Patellar maltracking may result in many patellofemoral joint (PFJ) disorders in the natural and repl...
Abstract Background Changing the kinematic behaviour of patellar movement could be one of the reason...
Purpose. The purpose of this study was to evaluate the approach of using an electromagnetic tracking...
The evaluation of the knee joint behavior is fundamental in many applications, such as joint modelin...
The evaluation of the knee joint behaviour is of great interest for medicine. A new rig to test knee...
The fundamental objectives of patello-femoral joint biomechanics include the determination of its ki...
Opto-electronic cinematic analysis has already proven useful in the investigation of patients with a...