Purpose To create a high temporal‐and spatial‐resolution retrospectively cardiac‐gated,
tissue phase mapping (TPM) sequence, using an image‐based respiratory navigator …

Object Abstract A common approach to compensate for respiratory motion in free-breathing
3D magnetic resonance imaging (MRI) is navigator gating where MRI data is only acquired …

Purpose To develop and optimize a rapid dynamic hyperpolarized 129Xe ventilation (DXeV)
MRI protocol and investigate the feasibility of capturing pulmonary signal‐time curves in …

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 …

Purpose To enable free‐breathing whole‐heart 3D T2 mapping with high isotropic
resolution in a clinically feasible and predictable scan time. This 3D motion‐corrected …

Purpose To fast and accurately reconstruct human lung gas MRI from highly undersampled
k‐space using deep learning. Methods The scheme was comprised of coarse‐to‐fine nets …

Purpose To introduce a reproducible, nonenhanced 1H MRI method for rapid in vivo
functional assessment of the whole lung at 1.5 Tesla (T). Methods At different respiratory …

Purpose To obtain whole lung morphometry measurements from 129Xe in a single breath‐
hold with 3D multiple b‐value 129Xe diffusion‐weighted MRI (DW‐MRI) with an empirically …

Purpose We aimed to develop a novel free‐breathing cardiac diffusion tensor MRI (DT‐MRI)
approach, M2‐MT‐MOCO, capable of whole left ventricular coverage that leverages second …

Purpose To compare the applicability of different self‐gating (SG) strategies for respiratory
SG in cardiac MRI in combination with iteratively reconstructed (k‐t SPARSE SENSE) cine …