Acute lateral medullary infarct due to giant cell arteritis: a case study
JM Dardick, CC Esenwa, RL Zampolin, B Ustun… - Stroke, 2019 - Am Heart Assoc
Stroke, 2019•Am Heart Assoc
Figure 1. Computed tomography (CT) and magnetic resonance (MR) imaging. A, Acute right
lateral medullary infarct shown on MR diffusion-weighted imaging sequence. B, On CT
angiogram, both intradural and extradural segments of the vertebral arteries demonstrate
multiple areas of irregular stenoses. The first and second parts of the left (C) and right (D)
vertebral arteries are also severely stenosed; these vessel irregularities are consistent with
the diagnosis of giant cell arteritis.
lateral medullary infarct shown on MR diffusion-weighted imaging sequence. B, On CT
angiogram, both intradural and extradural segments of the vertebral arteries demonstrate
multiple areas of irregular stenoses. The first and second parts of the left (C) and right (D)
vertebral arteries are also severely stenosed; these vessel irregularities are consistent with
the diagnosis of giant cell arteritis.
Figure 1. Computed tomography (CT) and magnetic resonance (MR) imaging. A, Acute right lateral medullary infarct shown on MR diffusion-weighted imaging sequence. B, On CT angiogram, both intradural and extradural segments of the vertebral arteries demonstrate multiple areas of irregular stenoses. The first and second parts of the left (C) and right (D) vertebral arteries are also severely stenosed; these vessel irregularities are consistent with the diagnosis of giant cell arteritis.
Am Heart Assoc
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