… and overall biomechanical performance within subject-specific … estimate muscle volumes
and visualise muscle attachment points, and diffusion tensor imaging (DTI) to estimate muscle …

… ), θ is the muscle fiber pennation angle, and ρ is the density of mammalian skeletal muscle
(0.001056 gmm −3 [38]). This is a generally accepted value for skeletal muscle density [39,40…

… for the skeletal muscle … image we can compute the diffusion tensor at each voxel, D. We
used 20 directions (plus the references image with no diffusion) to compute the diffusion tensor, …

… by the isometric stress of skeletal muscle (or specific tension; … well established within
musculoskeletal modeling research [13… MRI), with a specific focus on implications for …

… Diffusion-tensor MRI fiber tractography has been used to reconstruct skeletal muscle
architecture, but remains a specialized technique using custom-written data processing routines. In …

… volumes of both lower leg muscles are in agreement with biomechanical predictions. The fiber
… Reproducibility of diffusion tensor imaging in human forearm muscles at 3.0 T in a clinical …

… diffusion tensor imaging (DTI) gives insight into the microstructure of the muscle, by quantifying
the diffusion … that are accessible in many fields of research (biomechanics, sport sciences, …

… ; besides physical and biomechanical problems, also psychological … Diffusion tensor imaging
(DTI) is an MRI method enabling … features of skeletal muscle significantly predict diffusion …

… ECM/fibrosis within skeletal muscles. … Diffusion tensor imaging (DTI) is an established
technique to probe the architecture of anisotropic structures such as skeletal and cardiac muscle …

… of the architecture of human skeletal muscle, we believe our measurements to be reasonably
accurate. Our microdissection studies on several human muscles suggest there is very little …