by Tim Milligan | Nov 12, 2015 | Lung Parenchyma
Reticulonodular patterns: A combination of reticular and nodular patterns. No image available
by Tim Milligan | Nov 12, 2015 | Lung Parenchyma
Nodular patterns: Multiple, discrete, nodular densities, <5 mm diameter. Right image depicts a close up of the pathology.
by Tim Milligan | Nov 12, 2015 | Lung Parenchyma
Kerly lines result fomr thickened connective tissue planes occurring as a result of pulmonary edema or carcinomatosis. Kerly A Lines: Radiate towards hila in mid- and upper-lung zones, 3-4 cm long, smaller than vascular markings (not useful) Kerly B Lines: Horizontal,...
by Tim Milligan | Nov 12, 2015 | Lung Parenchyma
Interstitial disease is a pathological process involving the interlobular connective tissue (i.e. scaffolding of the lung). Differential diagnosis of interstitial disease includes: Pulmonary edema (which can move into the alveoli) Collagen disease (fibrosis)...
by Tim Milligan | Nov 12, 2015 | Lung Parenchyma
Airspace disease (i.e. consolidation) refers to a pathological process primarily in the alveoli. Differential diagnosis of consolidation includes: Pus (pneumonia) Blood hemorrhage Cells (lung cancer or lymphoma) Protein (alveolar proteinosis) Fluid (pulmonary edema...
by Tim Milligan | Nov 12, 2015 | Lung Parenchyma
Airways are not normally seen in a normal chest radiograph because they are an air structure within an aerated lung. When the aerated lung opacifies, the bronchii become visualized because of the surrounding contrast effect. These are called air bronchograms and are...
