Although diffusion-based in vivo lung morphometry with hyperpolarized gases MRI is a
powerful tool to study lung diseases, it is usually performed in a 2D mode with only a few …

Purpose Parallel imaging can be used to reduce imaging time and to increase the spatial
coverage in hyperpolarized gas magnetic resonance imaging of the lung. In this proof‐of …

In this paper we demonstrate that gradient echo MRI with hyperpolarized 3He gas can be
used for simultaneously extracting in vivo information about lung ventilation properties …

Quantitative measurement of lung microstructure is of great significance in assessment of
pulmonary disease, particularly in the earliest stages. The technique for MRI‐based 3He …

Lung imaging using conventional 1H MRI presents great challenges because of the low
density of lung tissue, lung motion and very fast lung tissue transverse relaxation (typical T2 …

Hyperpolarized gas pulmonary MRI provides physiologically relevant biomarkers of
obstructive lung disease including emphysema, bronchopulmonary dysplasia, congenital …

Hyperpolarized gas MRI of the mouse lung is of great interest due to the urgent need for
novel biomarkers for the assessment of respiratory-disease progression and development of …

Purpose To demonstrate three‐dimensional (3D) multiple b‐value diffusion‐weighted (DW)
MRI of hyperpolarized 3He gas for whole lung morphometry with compressed sensing (CS) …

Lung ventilation imaging using hyperpolarized 3He is performed predominantly with two-
dimensional (2D) gradient-echo (GRE) pulse sequences [1]. However, for a full evaluation of …

The pulse sequences for hyperpolarized 3He lung MRI that have made the most clinical
impact to date are 1) those that supply regional apparent diffusion coefficient (ADC) …