Purpose To develop a free‐running 3D radial whole‐heart multiecho gradient echo (ME‐
GRE) framework for cardiac‐and respiratory‐motion‐resolved fat fraction (FF) quantification …

Purpose Respiratory motion‐compensated (MC) 3D cardiac fat‐water imaging at 7T.
Methods Free‐breathing bipolar 3D triple‐echo gradient‐recalled‐echo (GRE) data with …

Abstract Proton MR spectroscopy (1H‐MRS) has been used for in vivo quantification of
intracellular triglycerides within the sarcolemma. The purpose of this study was to assess …

Purpose To develop and evaluate a free‐breathing chemical‐shift‐encoded (CSE) spoiled
gradient‐recalled echo (SPGR) technique for whole‐heart water–fat imaging at 3 Tesla (T) …

Purpose To develop a free‐breathing, non‐electrocardiogram technique for simultaneous
myocardial T1, T2, T2*, and fat‐fraction (FF) mapping in a single scan. Methods The MR …

The supraclavicular fat depot is known for brown adipose tissue presence. To unravel
adipose tissue physiology and metabolism, high quality and reproducible imaging is …

Purpose To implement, optimize, and test fast interrupted steady‐state (FISS) for natively fat‐
suppressed free‐running 5D whole‐heart MRI at 1.5 tesla (T) and 3T. Methods FISS was …

Purpose To develop a self‐gated alternating repetition time balanced steady‐state free
precession (ATR‐SSFP) pulse sequence for fat‐suppressed cardiac cine imaging. Methods …

Purpose Myocardial fat infiltrations are associated with a range of cardiomyopathies. The
purpose of this study was to perform cardio‐respiratory motion‐correction for model‐based …

Purpose To develop a free‐breathing isotropic‐resolution whole‐heart joint T1 and T2
mapping sequence with Dixon‐encoding that provides coregistered 3D T1 and T2 maps and …