Strain Rate Mapping of the Lower Leg Muscles During Plantarfelxion Excursion Using MR Velocity Mapping.

Keywords

absolute acquisition adaptive addition allows anisotropic ankle approval array arrows artifacts bandwidth blue board body challenging channel characterize clearly clinical close coded coil color complex compression conditions contracting corrected correspond cycle deformation deformed depth derived describes designed detection diagonalized diffusion disease diseased displayed dynamic edges eigenvalue eigenvalues eigenvector either enable encoded encoding establishing evaluate evaluated examination excitations excursion expansion extracted fascicles filter filters five frame function gated gradient individual inherently insert instantaneous institutional kinematic largest latter lead lingual magnified magnitude mapping maps matrix measure muscle muscles myocardial negative noise noisy objective oblique occur opposed orientation overall part patterns physics pixel positive properties quantification radiology recruited reduce reflect regardless regional representing require required requires respect review scaled scanned scanner segment select series shading sign since slice smoothing spatial spatially specially strain subjects sufficient superior suppressing symmetric temporal tensor tissue tool tracking understand valuable variation vector vectors velocity views visualization visualized water whole