 Alignment is anatomic. There are no fractures or subluxations. The marrow signal is benign. The cervicomedullary junction is normal. The cerebellar tonsils are in normal position. The visualized paraspinal contents are unremarkable.C2/3: Mild posterior osteophyte disc complex without stenosis.C3/4: Posterior osteophyte disc complex and bilateral uncinate hypertrophy. There is mild central and moderate bilateral neural foraminal stenosis.C4/5: Posterior osteophyte disc complex and bilateral uncinate hypertrophy. There is moderate bilateral neural foraminal stenosis.C5/6: Posterior osteophyte disc complex and left-sided uncinate hypertrophy. There is mild central, moderate left neural foraminal, and mild right neural foraminal stenosis.C6/7: Posterior osteophyte disc complex with a bilobed central extruded portion which deforms the anterior cord surface causing a moderate central stenosis. The sagittal STIR techniques suggest the presence of T2 hyperintensity at this level (as well as at other levels), all of which are not confirmed on sagittal or axial T2 technique. There is also bilateral uncinate hypertrophy with moderate left neural foraminal and mild right neural foraminal stenosis.C7/T1: Posterior osteophyte disc complex without significant stenosis.
1.C3/4: Mild central and moderate bilateral neural foraminal stenosis.2.C4/5: Moderate bilateral neural foraminal stenosis.3.C5/6: Mild central, moderate left neural foraminal, and mild right neural foraminal stenosis.4.C6/7: Posterior osteophyte disc complex with a bilobed central extruded portion which deforms the anterior cord surface causing a moderate central stenosis. The sagittal STIR techniques suggest the presence of T2 hyperintensity at this level (as well as at other levels), all of which are not confirmed on sagittal or axial T2 technique. There is also bilateral uncinate hypertrophy with moderate left neural foraminal and mild right neural foraminal stenosis.