The application of cardiac magnetic resonance (CMR) is limited in patients with arrhythmia or poor breath holding ability. In this study, clinical value of a rapid free-breathing workflow was assessed by employing real-time compressed-sensing for cardiac function and motion-corrected LGE embedded in a workflow engine for cardiac assessment. Results indicated that the proposed free-breathing fast workflow allowed in a short acquisition time to assess the morphological features of the heart and left ventricular function, especially in patients with severe heart failure.
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