In cardiac magnetic resonance (CMR) imaging, the T1 relaxation time for the 1H
magnetization in myocardial tissue may represent a valuable biomarker for a variety of …

A key advantage of cardiac magnetic resonance (CMR) imaging over other cardiac imaging
modalities is the ability to perform detailed tissue characterization. CMR techniques continue …

Cardiovascular magnetic resonance (CMR) is considered the gold standard imaging
modality for myocardial tissue characterization. Elevated transverse relaxation time (T2) is …

The longitudinal relaxation time constant (T1) of the myocardium is altered in various
disease states due to increased water content or other changes to the local molecular …

Cardiovascular magnetic resonance provides insights into myocardial structure and function
noninvasively, with high diagnostic accuracy and without ionizing radiation. Myocardial …

Purpose Quantitative mapping of the native T1 of the heart using the modified look‐locker
inversion recovery (MOLLI) technique provides high quality diagnostic information without …

Cardiovascular magnetic resonance is a well-established tool for the quantification of focal
fibrosis. With the introduction of T1 mapping, diffuse myocardial processes can be detected …

Background T1 mapping is a robust and highly reproducible application to quantify
myocardial relaxation of longitudinal magnetisation. Available T1 mapping methods are …

T1 maps obtained with modified Look‐Locker inversion recovery (MOLLI) can be used to
measure myocardial T1. We aimed to evaluate the potential of MOLLI T1 mapping for the …

T1 mapping is now a clinically feasible method, providing pixel-wise quantification of the
cardiac structure's T1 values. Beyond focal lesions, well depicted by late gadolinium …