Pulmonary functional imaging may be defined as the regional quantification of lung function
by using primarily CT, MRI, and nuclear medicine techniques. The distribution of pulmonary …

Pulmonary functional magnetic resonance imaging (PfMRI) provides a way to non-invasively
map and measure the spatial distribution of pulmonary ventilation, perfusion and gas …

Purpose To assess whether dynamic ventilation and perfusion (Q) biomarkers derived by
phase-resolved functional lung (PREFUL) MRI can measure treatment response to 14-day …

Simple Summary Magnetic resonance (MR) imaging had limited clinical indications in
patients with thoracic malignancies in the last a few decades. However, technical advances …

Dual-energy computed tomography (DECT) can improve the differentiation of material by
using two different X-ray energy spectra, and may provide new imaging techniques to …

In people with COPD, pulmonary gas-exchange efficiency may be impaired because of
abnormal alveolar ventilation (V˙ A), capillary perfusion (Q˙ c), or both. Both have been …

Artificial intelligence (AI) is transforming the way we perform advanced imaging. From high-
resolution image reconstruction to predicting functional response from clinically acquired …

Pulmonary imaging measurements using magnetic resonance imaging (MRI) and computed
tomography (CT) have the potential to deepen our understanding of chronic obstructive …

Reduced lung diffusing capacity for carbon monoxide (DLCO) at rest and increased
ventilation (⩒ E)-carbon dioxide output (⩒ CO2) during exercise are frequent findings in …

Since lung magnetic resonance imaging (MRI) became clinically available, limited clinical
utility has been suggested for applying MRI to lung diseases. Moreover, clinical applications …