Pulmonary MRI provides structural and quantitative functional images of the lungs without
ionizing radiation, but it has had limited clinical use due to low signal intensity from the lung …

Pulmonary x‐ray computed tomographic (CT) and magnetic resonance imaging (MRI)
research and development has been motivated, in part, by the quest to subphenotype …

Pulmonary proton MRI techniques offer the unique possibility of assessing lung function and
structure without the requirement for hyperpolarization or dedicated hardware, which is …

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 …

Rationale: Recent advancements that have been made in magnetic resonance imaging
(MRI) improve our ability to assess pulmonary structure and function in patients with cystic …

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 demonstrate that ultrashort echo time (UTE) magnetic resonance imaging (MRI)
can achieve computed tomography (CT)‐like quantification of lung parenchyma in free …

Multiple thoracic imaging modalities have been developed to link structure to function in the
diagnosis and monitoring of lung disease. Volumetric computed tomography (CT) renders …

Objectives To visualize and quantitatively assess regional lung function of survivors of
COVID-19 who were hospitalized using pulmonary free-breathing 1H MRI. Methods A total …

There have been significant advancements in the various imaging techniques being used
for the evaluation of asthmatic patients, both from a clinical and research perspective …