Occult Amyloid-B-Related Angiitis:Neuroimaging Findings at 1.5T, 3T, and 7T MRI
AJNR 45:1013-1018, Ozutemlz,C.,et al, 2024
Small Strokes Causing Severe Vertigo
Neurol 83:169-173, Tehrani, A.S.S.,et al, 2014
Reversible Cerebral Vasoconstruction Syndromes
Arch Neurol 68:1005-1012,976, Singhal, A.B.,et al, 2011
Positron Emission Tomography in Diagnosis of Visual Variant Alzheimer Disease
J Neuro-Ophthalmol 29:149-150, Finelli,P.F., 2009
When to Expect Negative Diffusion-Weighted Images in Stroke and Transient Ischemic Attack
Stroke 39:1898-1900, Sylaja,P.N.,et al, 2008
Analysis of Central Nervous System Vasculitis with Diffusion-Weighted Imaging and Apparent Diffusion Coefficient Mapping of the Normal-Appearing Brain
AJNR 28:933-937, White,M.L.,et al, 2007
Primary Angiitis of the Central Nervous System: Emerging Variants
Q J Med 98:643-654, Maclaren,K.,et al, 2005
Hyperacute Ischemic Stroke: Middle Cerebral artery Susceptibility Sign at Echo-Planar Gradient-Echo MR Imaging
Radiology 232:466-473, Rovira,A.,et al, 2004
Vasculitis of the Spinal Cord
Arch Neurol 60:1791-1794, Ropper,A.H.,et al, 2003
Arterial Hyperintensity on Fast Fluid-attenuated Inversion Recovery Images: A Subtle Finding for Hyperacute Stroke Undetected by Diffusion-weighted MR Imaging
AJNR 22:632-636, 599, Maeda,M.,et al, 2001
Reliability of Normal Findings on MR Imaging for Excluding the Diagnosis of Vasculitis of the Central Nervous System
AJR 177:455-459, Wasserman, B.A.,et al, 2001
Clinicopath Conf,Cerebral Amyloid Angiogpathy and Giant-Cell Inflammatory Reaction to Beta 4-Amyloid and Vasculitis, Case 10-2000
NEJM 342:957-965, , 2000
Diffusion-Weighted Magnetic Resonance Imaging Identifies the "Clinically Relevant" Small-Penetrator Infarcts
Arch Neurol 57:1009-1014, Oliveira-Filho,J. et al, 2000
Normal Diffusion-Weighted MRI During Stroke-Like Deficits
Neurol 52:1784-1792,1733, Ay,H.,et al, 1999
Diffuse Cerebral Vasculitis with Normal Results on Brain MR Imaging
AJR 173:1494-1496, Imbesi,S.G., 1999
Spontaneous Vertebral Dissection:Clinical, Conventional Angiographic, CT, & MR Findings
J Comput Assist Tomogr 20:185-193, Provenzale,J.M.,et al, 1996
Spinal Cord Infarction:Etiology and Outcome
Neurol 47:321-330, Cheshire,W.P.,et al, 1996
Magnetic Resonance Imaging and Dynamic CT Scan in Cervical Artery Dissections
Stroke 25:576-581, Zuber,M.,et al, 1994
Serial Angiography in Isolated Angiitis of the Central Nervous System
Neurol 44:1221-1226, Alhalabi,M.&Moore,P.M., 1994
Magnetic Resonance Imaging with Gadolinium Contrast Agent in Small Deep (Lacunar) Cerebral Infarcts
Arch Neurol 50:175-180, Regli,L.,et al, 1993
Recurrent Ischemic Events in Two Patients with Painless Vertebral Artery Dissection
Stroke 24:598-602, McCormick,G.F.&Halbach,V.V., 1993
Cerebral Vasculitis:MR Imaging and Angiographic Correlation
Radiology 182:65-72, Greenan,T.J.,et al, 1992
Dissection of Cranial Arteries in the Neck:Correlation of MRI and Arteriography
Neuroradiology 34:273-278, Sue,D.E.,et al, 1992
Cerebral Venous Thrombosis
Neurol Clin 10:87-111, Ameri,A.&Bousser,M-G., 1992
Dural Arteriovenous Fistulas:Evaluation with MR Imaging
Radiology 175:193-199, DeMarco,J.K.,et al, 1990