PMC7563040_01
Chest radiograph on admission at the outside hospital showing interval worsening of hazy airspace opacities in the bilateral mid to lower lung fields.
CRICC2020-8889487.001.jpg
PMC7563040_01_CRICC2020-8889487.001.jpg
fig1
Chest radiograph (Figure 1) showed worsening bilateral pulmonary opacities compared to the previous (Figure 2).
Chest radiograph on prior ED visit showing haziness overlying the right mid and lower lung fields.
CRICC2020-8889487.002.jpg
PMC7563040_01_CRICC2020-8889487.002.jpg
fig2
Chest radiograph (Figure 1) showed worsening bilateral pulmonary opacities compared to the previous (Figure 2).
CT Pulmonary angiography (coronal section) showing extensive bilateral ground-glass and consolidative opacities with peripheral distribution and small bilateral pleural effusion.
CRICC2020-8889487.003.jpg
PMC7563040_01_CRICC2020-8889487.003.jpg
fig3
CT pulmonary angiography demonstrated extensive bilateral ground-glass opacities with peripheral distribution, small bilateral pleural effusion, and multiple bilateral intraluminal filling defects of the pulmonary arteries suggestive of pulmonary embolism (Figures 3 and 4).
CT Pulmonary angiography (axial section) showing extensive bilateral ground-glass and consolidative opacities with peripheral distribution, small bilateral pleural effusion, and multiple bilateral intraluminal filling defects.
CRICC2020-8889487.004.jpg
PMC7563040_01_CRICC2020-8889487.004.jpg
fig4
CT pulmonary angiography demonstrated extensive bilateral ground-glass opacities with peripheral distribution, small bilateral pleural effusion, and multiple bilateral intraluminal filling defects of the pulmonary arteries suggestive of pulmonary embolism (Figures 3 and 4).
Chest radiograph shows interval worsening of bilateral lower lobe predominant diffuse reticular and alveolar airspace opacifications with trace bilateral pleural effusions.
CRICC2020-8889487.005.jpg
PMC7563040_01_CRICC2020-8889487.005.jpg
fig5
Chest radiograph did show worsening of lower lobe predominant diffuse reticular and alveolar airspace opacifications (Figure 5).