The purpose of this study was to evaluate an optimized multislice acquisition technique for
oxygen‐enhanced MRI of the lung using slice‐selective inversion and refocusing pulses in …

Purpose To introduce an alternative framework for perfusion and ventilation lung imaging at
3 T using transient spoiled gradient echo (tSPGR) acquisitions. Methods Sets of coronal 2D …

Purpose To develop four‐dimensional (4D) respiratory time‐resolved MRI based on free‐
breathing acquisition of radial MR data with very high undersampling. Methods We propose …

Purpose To minimize respiratory motion artifacts while achieving predictable scan times with
100% scan efficiency for thoracic 4D flow MRI. Methods A 4D flow sequence with golden …

Resolution in 1H lung imaging is limited mainly by the acquisition time. Today, half‐Fourier
acquisition single‐shot turbo spin‐echo (HASTE) sequences, with short echo time (TE) and …

Objective: To test a free-breathing MRI protocol for anatomical and functional assessment
during lung cancer radiotherapy by assessing two non-Cartesian acquisition schemes …

Background Dynamic contrast‐enhanced magnetic resonance imaging (DCE‐MRI) has
been shown to be a promising technique for assessing lung lesions. However, DCE‐MRI …

Purpose To assess lung magnetic resonance (MR) imaging with a respiratory-gated
pointwise encoding time reduction with radial acquisition (PETRA) sequence at 1.5 T and …

Background To determine the accuracy of pulmonary MR imaging with ultrashort echo time
(UTE) for lung and mediastinum assessments using computed tomography (CT) as the …

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 …