Purpose To implement pulmonary three‐dimensional (3D) radial ultrashort echo‐time (UTE)
MRI in non‐sedated, free‐breathing neonates and adults with retrospective motion tracking …

Purpose To determine the feasibility of pulmonary magnetic resonance imaging (MRI) of
neonatal lung structures enabled by combining two novel technologies: first, a 3D radial …

Purpose To develop a high‐scanning efficiency, motion‐corrected imaging strategy for free‐
breathing pulmonary MRI by combining an iterative motion‐compensation reconstruction …

Background Evaluation of structural lung abnormalities with magnetic resonance imaging
(MRI) has previously been shown to be predictive of clinical neonatal outcomes in preterm …

Object The investigation of three-dimensional radial, zero-echo time (TE) imaging for high-
resolution, free-breathing magnetic resonance (MR) lung imaging using prospective and …

Purpose To assess the feasibility and performance of conical k‐space trajectory free‐
breathing ultrashort echo time (UTE) chest magnetic resonance imaging (MRI) versus four …

Background A previous study demonstrated the feasibility of using 3D radial ultrashort echo
time (UTE) oxygen‐enhanced MRI (UTE OE‐MRI) for functional imaging of healthy human …

Purpose To combine image‐based self‐gating (img‐SG) with ultrashort echo time (UTE)
three‐dimensional (3D) acquisition for multistage lung imaging during free breathing …

Purpose To achieve motion robust high resolution 3D free‐breathing pulmonary MRI
utilizing a novel dynamic 3D image navigator derived directly from imaging data. Methods …

Background Neonatal dynamic tracheal collapse (tracheomalacia, TM) is a common and
serious comorbidity in infants, particularly those with chronic lung disease of prematurity …