Improved Reproducibility of Black-Blood T2-Weighted CMR Assessment of Area at Risk with Myocardial Segmentation from B-SSFP Short-Axis Images

Keywords

ability accurate acquiring acute addition aging agreement alls anders assessed auto automated axis bias black blood blue borders bright cardiology cardiovascular chosen clustering college constriction coordinate curacy days degree delineated delineating delineation dept detect dial ding discrimination distinguishable divide dotted edema edematous educe electrocardiogram empirically employed employing equal evaluating even examined exceed extent feasibility flow flowing formation forty free fully graph gray green hods hospital hype hypo ideal identical imported improve induced infarction insufficiently intense intensity inter intra investigated journal least limits located making males manner manually markers median metric myocardial myocardium navigator need normalized observer overlap patients perfused pixel population ported pose position precession primary producing pulses randomized receiving reflects report represents review reviewer reviewers risk salvageable salvaged segmentation segmentations semi sensitive server short sign slice slow solely spatial stack steady stir studies subject suppressed template thereby tissue transposed triplet twice variable vector ventricular viability visualized volume volumes yellow yielding