6 results
radiology cxr honeycombing bronchiectasis reticular diagnosis druginduced fibrosis ggo groundglass nonspecificinterstitialpneumonia nsip usualinterstitialpneumonia
The CXR demonstrates a reticular interstitial pattern with a preference at the lung bases. The HRCT demonstrates
preference at the lung bases ... #Clinical #Radiology ... #CXR #UIP #CTChest ... #TractionBronchiectasis ... #RadiologyAssistant
The case on the left shows subpleural honeycomb cysts in several contiguous layers. There is also a
and widespread traction ... typical for Usual Interstitial ... #Clinical #Radiology ... #CTChest #UIP # ... #Honeycombing #RadiologyAssistant
Differential diagnosis on HRCT Most of our knowledge about imaging findings in interstitial lung disease comes from
UIP can be suspected ... #Diagnosis #Radiology ... #Pulmonary #CXR ... Pattern #Differential ... #RadiologyAssistant
UIP UIP is a histologic pattern of pulmonary fibrosis. On a chest X-ray UIP manifests as a reticular
pattern of pulmonary ... On a chest X-ray ... #Clinical #Radiology ... #Interstitial # ... #RadiologyAssistant
On the left a patient who is treated with cytotoxic drugs for a hematologic malignancy. The radiographic
opacity, some traction ... like idiopathic pulmonary ... patients with a UIP ... #Clinical #Radiology ... #RadiologyAssistant
On the left a patient with GGO as dominant pattern. In addition there is traction bronchiectasis indicating
addition there is traction ... This case is one ... #Clinical #Radiology ... #CTChest #NSIP ... GroundGlass #GGO #RadiologyAssistant
No results found for "hypovolemia+causes+radiology aaa differential management radiologyassistant ctchest uip pattern interstitial pulmonary clinical tractionbronchiectasis drugrelated traction"
Try removing search terms or sorting by relevance
Or Upload an image for you and others searching for #hypovolemia+causes+radiology #aaa #differential #management #radiologyassistant #ctchest #uip #pattern #interstitial #pulmonary #clinical #tractionbronchiectasis #drugrelated #traction