Add to ORKGIt is essential to use individually parameterized models for the knee joint as well as for the patellofemoral joint while analyzing the correlations between external and internal loads and the efficiency of specific training exercises for the lower extremities. A new approach to estimate the moving joint axis within the knee joint using motion analysis data was evaluated. The results of this single case study show that this approach might offer a possibility to parameterize an individualized knee joint model without using MRI scans
The mechanics of the knee are complex and dependent on the shape of the articular surfaces and their...
In this paper we are going to present an essential modification of an existing analytical model. The...
Biomechanical models of the knee joint allow the development of accurate procedures as well as novel...
This study estimated the skeletal motion for a knee motion cycle. The surface markers on the thigh a...
Purpose: accurate assessment of human joint parameters is a critical issue for the quantitative move...
The knee is one of the most complex and studied joint of the musculoskeletal system provided its gre...
none7siSubject-specific musculoskeletal (MSK) computer models can estimate muscle and joint articula...
none3noOBJECTIVE: The knowledge of individual joint motion may help to understand the articular phys...
A basic task in biomechanics is the precise analysis of human movements and to investigate muscle fo...
none3noThe passive motion of the knee is the natural motion of the joint in unloaded conditions. It ...
none6noKinematic models of the knee are useful for the applications aimed at replicating or restorin...
The use of multi-body optimisation (MBO) to estimate joint kinematics from stereophotogrammetric dat...
The mechanics of the knee are complex and dependent on the shape of the articular surfaces and their...
The Biomechanical Team of the Szent István University has been carrying on a comprehensive project o...
An understanding of knee dynamics is vital to treat neurological and musculoskeletal conditions that...
The mechanics of the knee are complex and dependent on the shape of the articular surfaces and their...
In this paper we are going to present an essential modification of an existing analytical model. The...
Biomechanical models of the knee joint allow the development of accurate procedures as well as novel...
This study estimated the skeletal motion for a knee motion cycle. The surface markers on the thigh a...
Purpose: accurate assessment of human joint parameters is a critical issue for the quantitative move...
The knee is one of the most complex and studied joint of the musculoskeletal system provided its gre...
none7siSubject-specific musculoskeletal (MSK) computer models can estimate muscle and joint articula...
none3noOBJECTIVE: The knowledge of individual joint motion may help to understand the articular phys...
A basic task in biomechanics is the precise analysis of human movements and to investigate muscle fo...
none3noThe passive motion of the knee is the natural motion of the joint in unloaded conditions. It ...
none6noKinematic models of the knee are useful for the applications aimed at replicating or restorin...
The use of multi-body optimisation (MBO) to estimate joint kinematics from stereophotogrammetric dat...
The mechanics of the knee are complex and dependent on the shape of the articular surfaces and their...
The Biomechanical Team of the Szent István University has been carrying on a comprehensive project o...
An understanding of knee dynamics is vital to treat neurological and musculoskeletal conditions that...
The mechanics of the knee are complex and dependent on the shape of the articular surfaces and their...
In this paper we are going to present an essential modification of an existing analytical model. The...
Biomechanical models of the knee joint allow the development of accurate procedures as well as novel...