Development and evaluation of a new procedure for subject-specific tensioning of finite element knee ligaments

Subject-specific tensioning of ligaments is essential for the stability of the knee joint and represents a challenging aspect in the development of finite element models. We aimed to introduce and evaluate a new procedure for the quantification of ligament prestrains from biplanar X-ray and CT data....

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Published inComputer methods in biomechanics and biomedical engineering Vol. 24; no. 11; pp. 1195 - 1205
Main Authors Lahkar, Bhrigu K., Rohan, Pierre-Yves, Pillet, Helene, Thoreux, Patricia, Skalli, Wafa
Format Journal Article
LanguageEnglish
Published England Taylor & Francis 08.09.2021
Taylor & Francis Ltd
Subjects
Biomechanics
Cadavers
Computed tomography
Customization
Engineering Sciences
Finite element analysis
Finite element method
joint kinematics
Kinematics
Knee
ligament prestrain
Ligaments
Mathematical models
Mechanics
model evaluation
subject-specific knee model
Tensioning
Finite element analysis
model evaluation
subject-specific knee model
ligament prestrain
joint kinematics
Bioengineering
Biomedical Engineering
General Medicine
Computer Science Applications
Human-Computer Interaction
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Abstract Subject-specific tensioning of ligaments is essential for the stability of the knee joint and represents a challenging aspect in the development of finite element models. We aimed to introduce and evaluate a new procedure for the quantification of ligament prestrains from biplanar X-ray and CT data. Subject-specific model evaluation was performed by comparing predicted femorotibial kinematics with the in vitro response of six cadaveric specimens. The differences obtained using personalized models were comparable to those reported in similar studies in the literature. This study is the first step toward the use of simplified, personalized knee FE models in clinical context such as ligament balancing.
AbstractList Subject-specific tensioning of ligaments is essential for the stability of the knee joint and represents a challenging aspect in the development of finite element models. We aimed to introduce and evaluate a new procedure for the quantification of ligament prestrains from biplanar X-ray and CT data. Subject-specific model evaluation was performed by comparing predicted femorotibial kinematics with the response of six cadaveric specimens. The differences obtained using personalized models were comparable to those reported in similar studies in the literature. This study is the first step toward the use of simplified, personalized knee FE models in clinical context such as ligament balancing.
Subject-specific tensioning of ligaments is essential for the stability of the knee joint and represents a challenging aspect in the development of finite element models. We aimed to introduce and evaluate a new procedure for the quantification of ligament prestrains from biplanar X-ray and CT data. Subject-specific model evaluation was performed by comparing predicted femorotibial kinematics with the in vitro response of six cadaveric specimens. The differences obtained using personalized models were comparable to those reported in similar studies in the literature. This study is the first step toward the use of simplified, personalized knee FE models in clinical context such as ligament balancing.
Subject-specific tensioning of ligaments is essential for the stability of the knee joint and represents a challenging aspect in the development of finite element models. We aimed to introduce and evaluate a new procedure for the quantification of ligament prestrains from biplanar X-ray and CT data. Subject-specific model evaluation was performed by comparing predicted femorotibial kinematics with the in vitro response of six cadaveric specimens. The differences obtained using personalized models were comparable to those reported in similar studies in the literature. This study is the first step toward the use of simplified, personalized knee FE models in clinical context such as ligament balancing.Subject-specific tensioning of ligaments is essential for the stability of the knee joint and represents a challenging aspect in the development of finite element models. We aimed to introduce and evaluate a new procedure for the quantification of ligament prestrains from biplanar X-ray and CT data. Subject-specific model evaluation was performed by comparing predicted femorotibial kinematics with the in vitro response of six cadaveric specimens. The differences obtained using personalized models were comparable to those reported in similar studies in the literature. This study is the first step toward the use of simplified, personalized knee FE models in clinical context such as ligament balancing.
Subject-specific tensioning of ligaments is essential for the stability of the knee joint and represents a challenging aspect in the development of finite element models. We aimed to introduce and evaluate a new procedure for the quantification of ligament prestrains from biplanar X-ray and CT data. Subject-specific model evaluation was performed by comparing predicted femorotibial kinematics with the in vitro response of six cadaveric specimens. The differences obtained using personalized models were comparable to those reported in similar studies in the literature. This study is the first step toward the use of simplified, personalized knee FE models in clinical context such as ligament balancing.
Author Lahkar, Bhrigu K.
Skalli, Wafa
Thoreux, Patricia
Rohan, Pierre-Yves
Pillet, Helene
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ligament prestrain
joint kinematics
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SubjectTerms Biomechanics
Cadavers
Computed tomography
Customization
Engineering Sciences
Finite element analysis
Finite element method
joint kinematics
Kinematics
Knee
ligament prestrain
Ligaments
Mathematical models
Mechanics
model evaluation
subject-specific knee model
Tensioning
Title Development and evaluation of a new procedure for subject-specific tensioning of finite element knee ligaments
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