… review various noninvasive imaging methods that are currently used for evaluation of
lung fibrosis in small animal models. These include micro-CT, MRI, nuclear imaging (specifically …

… can be used for non-invasive imaging of cancer margins … lung fibrosis, tissues from
human clinical samples and first-in-human imaging studies to demonstrate the value of non-invasive …

… or for the potential staging of fibrosis severity this study highlights that cell-free DNA
methylation profiles merit further investigation as biomarkers of lung fibrosis. Imaging biomarkers …

… non-invasive imaging techniques for monitoring fibrosis in systemic autoimmune diseases,
in parenchymal organs (such as liver, kidney, lung … assessment in lung fibrosis, serum levels …

… lung MRI contrast and acquisition methods to visualize disease onset and progression in the
bleomycin-induced mouse model of lung fibrosis … and histological measures of lung fibrosis. …

… lung fibrosis are invasive terminal procedures. The goal of this work is to monitor lung
fibrosis through noninvasive imaging … approach for real time non-invasive monitoring of IPF …

… lung fibrosis model for diagnosis and monitoring PF treatment response. By optical imaging
of … With the development of molecular imaging techniques, noninvasive imaging has been …

… lung diseases, such as idiopathic pulmonary fibrosis (IPF), are characterized by progressive
lung fibrosis … A major challenge in IPF clinical management is lack of a direct noninvasive …

… it to be a model more relevant to human disease; (2) we assess the added value of
longitudinal imaging using µCT to provide non-invasive biomarkers characterizing pulmonary …

… in whole lungs and regions of lung fibrosis) … lungs and lung fibrosis region than for
sham-treated controls. We conclude that 64 Cu-NJB2 detects early pulmonary fibrosis noninvasively …