Experimental Influences on the Anisotropies of Multi-Component T2 and T1ρ in Tendon

Keywords

able accessory achieved aimed altered anisotropic anisotropies around axis biomedical bonded bone calculation came canine caution characteristics clinical coarser coherent coil collagen complex component components conducted connective considered consistent consists constrained degradation depend dependency depends distribution dogs environment equally equipped examined except experimental extensive fact feature field force frequencies frequency function general grants harvested healthy heterogeneous highly hydrogen identical important indications influence influences interaction investigated issues largely least likely little lock long loss macromolecular macromolecules magic magnet magnetization materials matrix measurable micro microscopic might molecules mono motion motions multicomponent muscle nearly negative network organized orientation orientations phenomenon physics possibly power prepared profiles project pulse radiology recent related repetition resolution resolutions respect respectively room segment several since slice slow smaller solenoid spacing specimen spectrometer spectroscopic spectroscopy spin sports strengths strongly structure studies summarizes superconducting supported table temperature tendon tendons tissue tissues together transition transverse trends unrelated upon varied view water yang years