Abstract
Background MR Tissue phase mapping (TPM) is a non-invasive tool to detect regional and global myocardial wall motion. Evaluation of myocardial velocity in radial and longitudinal direction throughout the cardiac cycle may help us better understand myocardial mechanics. Our goal is to investigate regional and global left ventricular myocardial motion using respiratory-gated high temporal resolution TPM in children and young adults. Methods
Highlights
MR Tissue phase mapping (TPM) is a non-invasive tool to detect regional and global myocardial wall motion
Our goal is to investigate regional and global left ventricular myocardial motion using respiratory-gated high temporal resolution TPM in children and young adults
Peak radial and longitudinal velocity in systole and diastole were different in our age group compared to documented velocities in adults
Summary
MR Tissue phase mapping (TPM) is a non-invasive tool to detect regional and global myocardial wall motion. Our goal is to investigate regional and global left ventricular myocardial motion using respiratory-gated high temporal resolution TPM in children and young adults
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