Background The aim of this publication is to provide a detailed update on the diagnosis,
treatment, and endovascular techniques for posterior circulation emergent large vessel …

Fluid-attenuation inversion recovery (FLAIR) vascular hyperintensity (FVH) is a common
presentation on brain magnetic resonance images of patients with acute ischemic stroke …

Purpose To determine clinical, laboratory, and radiologic factors associated with early
neurologic deterioration (END) and long-term outcomes in patients with medically treated …

Certain early neuroimaging findings are independent predictors of clinical outcome in acute
basilar artery occlusion. These imaging findings may serve as important baseline imaging …

Currently, various methods for inspecting ischemic stroke are available, especially the
imaging techniques, which play an important role in assisting diagnosis and prognostication …

Background/Aims: This study describes patterns of intraocular lesions on T2 fluid-attenuated
inversion recovery (FLAIR) imaging, exploring a prospective role of FLAIR imaging …

Purpose To assess FLAIR vascular hyperintensities (FVH) and dynamic (4D) angiograms
derived from perfusion raw data as proposed magnetic resonance (MR) imaging markers of …

Discussion Among mucormycosis patients, uncontrolled diabetes and diabetic ketoacidosis
are significantly more commonly observed than in the general population in a large …

Background MRI FLAIR hyperintense vessels sign (FHVs) is a special imaging marker that
plays a key role in acute infarction imaging and diagnosis. However, FHVs have not been …

Basilar artery brainstem infarctions are perhaps the most feared and devastating of all
ischemic strokes. With the development of advanced high-resolution MRI wall imaging, our …