Rapid T2 Mapping of Mouse Heart Using CPMG Sequence and Compressed Sensing Reconstruction

Keywords

accuracy accurate achieved acquisition adjusted agreed agreement artifact better biomedical bore captured cardiac cardiovascular challenging clear close coefficient compressed conditions conducted conjugate contours copied correlation course courses crusher cycle cycles date defined degree delay described detection developed diastole direct diseases dropout dynamic echoes either engineering enhanced ensure evaluated every excitation exponential fast fitting fully genetic gilbert gill gradient gradients green heart highly horizontal implemented important indicated infusion injected injection manganese mapping maps matching matrix mice minimal minimize minute minutes model models modified month motion mouse myocardium nice nonlinear orthogonal pathological previous proposed proton pulse pursuit quantification random rapid reconstructed reconstruction reduced reduction refocusing representative reserve resolution rest retrospectively robust saline sampled sampling scanner scheme sensing slice solution space specifically spin squared stimulated strong studies suggest suggests tail temporal theory traced trans transverse triggered triggering uniform utility variable variety vein ventricle verified wall washout wave western whole widely yielded zero