This dataset contains input and output data for the following journal article, where the relative accuracy of subject-specific muscle architecture from various MRI sequences for predicting muscle forces in musculoskeletal models is tested against those derived from generic, averaged data sets. Charles, JP., Grant, B., D' Août, K., Bates, K.T. (2020) Subject-specific muscle properties from diffusion tensor imaging significantly improve the accuracy of musculoskeletal models. J Anat. Please refer to README.txt for more informatio
ABSTRACT Objective: Biomechanical models that compute the lengths and moment arms of soft tissues ar...
The ability of muscle to generate force depends on its architecture and health condition. MR-based d...
The ontogenetic adaptation of bones to their habitual loads offers a rationale for imaging muscle–b...
Musculoskeletal modelling is an important platform on which to study the biomechanics of morphologic...
'Gold standard' reference sets of human muscle architecture are based on elderly cadaveric specimens...
The ontogenetic adaptation of bones to their habitual loads offers a rationale for imaging muscle–bo...
Introduction: Magnetic resonance imaging (MRI) enables direct measurements of muscle volume and qual...
For detailed analyses of muscle adaptation mechanisms during growth, ageing or disease, reliable mea...
This dataset is related to the figures presented in the paper "Effects of training, detraining, and ...
Diffusion tensor imaging (DTI) is a specialized MRI technique that is particularly suited to study m...
Muscle force analysis can be essential for injury risk estimation and performance enhancement in spo...
Abstract. The goals of this work were to (i) establish a method for building subject-specific biomec...
This thesis focuses on the development of tools to aid in producing dynamic simulations from patient...
Musculoskeletal models are widely used to estimate joint kinematics, intersegmental loads, and muscl...
<div><p>Subject-specific musculoskeletal modeling can be applied to study musculoskeletal disorders,...
ABSTRACT Objective: Biomechanical models that compute the lengths and moment arms of soft tissues ar...
The ability of muscle to generate force depends on its architecture and health condition. MR-based d...
The ontogenetic adaptation of bones to their habitual loads offers a rationale for imaging muscle–b...
Musculoskeletal modelling is an important platform on which to study the biomechanics of morphologic...
'Gold standard' reference sets of human muscle architecture are based on elderly cadaveric specimens...
The ontogenetic adaptation of bones to their habitual loads offers a rationale for imaging muscle–bo...
Introduction: Magnetic resonance imaging (MRI) enables direct measurements of muscle volume and qual...
For detailed analyses of muscle adaptation mechanisms during growth, ageing or disease, reliable mea...
This dataset is related to the figures presented in the paper "Effects of training, detraining, and ...
Diffusion tensor imaging (DTI) is a specialized MRI technique that is particularly suited to study m...
Muscle force analysis can be essential for injury risk estimation and performance enhancement in spo...
Abstract. The goals of this work were to (i) establish a method for building subject-specific biomec...
This thesis focuses on the development of tools to aid in producing dynamic simulations from patient...
Musculoskeletal models are widely used to estimate joint kinematics, intersegmental loads, and muscl...
<div><p>Subject-specific musculoskeletal modeling can be applied to study musculoskeletal disorders,...
ABSTRACT Objective: Biomechanical models that compute the lengths and moment arms of soft tissues ar...
The ability of muscle to generate force depends on its architecture and health condition. MR-based d...
The ontogenetic adaptation of bones to their habitual loads offers a rationale for imaging muscle–b...