PMC3420795_01
Axial T1 (a) and T2 (b), noncontrast: homogeneous, well-defined mass of the right thyroid cartilage laminae.
CRIM.HEMATOLOGY2012-194797.001.jpg
PMC3420795_01_CRIM.HEMATOLOGY2012-194797.001.jpg
fig1
Imaging was obtained consisting of a soft tissue neck MRI with noncontrast axial sequences (Figure 1), postcontrast coronal MRI and CT (Figure 2), postcontrast axial CT (Figure 3) and a nuclear medicine bone scan (Figure 4).
Coronal MRI (a) and coronal CT (b); postcontrast homogeneous enhancement of the mass.
CRIM.HEMATOLOGY2012-194797.002.jpg
PMC3420795_01_CRIM.HEMATOLOGY2012-194797.002.jpg
fig2
Imaging was obtained consisting of a soft tissue neck MRI with noncontrast axial sequences (Figure 1), postcontrast coronal MRI and CT (Figure 2), postcontrast axial CT (Figure 3) and a nuclear medicine bone scan (Figure 4).
CT, postcontrast, soft tissue (a) and bone windows (b) Uniformly expanded right thyroid cartilage laminae.
CRIM.HEMATOLOGY2012-194797.003.jpg
PMC3420795_01_CRIM.HEMATOLOGY2012-194797.003.jpg
fig3
Imaging was obtained consisting of a soft tissue neck MRI with noncontrast axial sequences (Figure 1), postcontrast coronal MRI and CT (Figure 2), postcontrast axial CT (Figure 3) and a nuclear medicine bone scan (Figure 4).
Nuclear Medicine Bone Scan: Confirms increased uptake of the lesion.
CRIM.HEMATOLOGY2012-194797.004.jpg
PMC3420795_01_CRIM.HEMATOLOGY2012-194797.004.jpg
fig4
Imaging was obtained consisting of a soft tissue neck MRI with noncontrast axial sequences (Figure 1), postcontrast coronal MRI and CT (Figure 2), postcontrast axial CT (Figure 3) and a nuclear medicine bone scan (Figure 4).