Tracking Muscle Tissue Displacement During Plantarflexion Excursion Using Non-Linear Deformation of Magnitude MR Images.

Keywords

accommodate accuracy accurate acquiring acquisition actual aimed alone ankle anticipated application applied approaches array arrow artifacts bandwidth best board body bone calculation challenges channel cine clearly coil comparable conformance contours contrast convolution correction corrections correlating coverage currently decay deformation deformations denotes designed directly disappearance displacement displacements distorted drive dynamic eddy edges encoded encoding encumbered essentially excitations excursion excursions exists explored extract extracted feature field fields filter five flow gated gradients grid grids institutional intensities intensity internal iteration iteratively known landmarks latter lengths limited linear magnitude matrix model motion moving much muscle necessity need novel optical optimized orientation oriented overlaid overlay physics pixel pose potential preclude presumed propose quantitative radiology recover recovered recovering recovery recruited registering registration resolution resolutions segment segmented segmenting series several since slice spatial specially spin structures subjects subsequent successive sufficient tags temporal timescales tissue tracking transformation transformed typically variance vectors velocity views visualized warped warping water widths zero