Telemedicine in Neurology
Neurol 94:30-38,16, Hatcher-Martin, J.M.,et al, 2020
Dentate Update: Imaging Features of Entities that Affect the Dentate Nucleus
AJNR 38:1467-1474, Bond, K.M.,et al, 2017
Palliative Care and Neurology
Neurol 83:561-567, Boersma, I.,et al, 2014
Dysexecutive Syndrome: Diagnostic Criteria and Validation Study
Ann Neurol 68:855-864, Godefroy,O.,et al, 2010
Rapidly Progressive Dementia
Ann Neurol 64:97-108, Geschwind,M.D.,et al., 2008
Differential Diagnosis of Bilateral Thalamic Lesions
Clin Neuroradiol 17:3-22, Linn,J.,et al, 2007
Migraine and Cerebral White Matter Lesions
The Neurologist 11:19-29, Gladstone,J.P. &Dodick,D.W., 2005
Diffusion-Weighted MR Imaging of the Brain
Radiology 217:331-345, Schaefer,P.W.,et al, 2000
De Novo Mutation in the Notch3 Gene Causing CADASIL
Ann Neurol 47:388-391, Joutel,A.,et al, 2000
Recent Advances, Neurology
BMJ 319:362-366, Larner,A.J.&Farmer,S.F., 1999
Retinocochleocerebral Vasculopathy
Medicine 77:12-40, Petty,G.W.,et al, 1998
Imaging the Brain, Part 1 & 2
NEJM 338:812-820, 889-8961998., Gilman,S., 1998
The Phenotypic Spectrum of CADASIL:Clinical Findings in 102 Cases,
Ann Neurol 44:731-739,715, Dichgans,M.,et al, 1998
Serial Neuropsychological Assess & Magnetic Resonance Imagingf Analysis in Multiple Sclerosis
Arch Neurol 54:1018-1025, Hohol,M.J.,et al, 1997
Palliative Care in Neurology
Neurol 46:870-872, 5981996., Bernat,J.L.,et al, 1996
Growth Factors:Potential Therapeutic Applications in Neurology
JNNP 54:1445-1450, Drago,J.,et al, 1994
Fecal Incontinence
NEJM 326:1002-1007, Madoff,R.D.,et al, 1992
Magnetic Resonance Imaging of the Central Nervous System Council on Scientific Affairs
Report of the Panel on MRI, JAMA 259:1211-12221988., , 1988
Oligoclonal IgG Bands in Cerebrospinal Fluid in Various Neurological Diseases
Ann Neurol 13:434-439, Chu,A.B.,et al, 1983
Catecholamines & Neurologic Diseases
NEJM 293:274, Moskowitz,M.A.,et al, 1975
The Geography of Neurology
BMJ 2:506, Spillane,J.D., 1972
Internuclear Ophthalmoplegia, Typical & Atypical
Arch Ophthal 84:583, Cogan,D.G., 1970
Using Susceptibility-Based Imaging in Highly Active Late-Onset Multiple Sclerosis
Neurol 106:e214794, Sosa,S.M.,et al, 2026
Paramagnetic Rim Lesions and Development of Clinical MS in Radiologically Isolated Syndrome
JAMA Neurol 83:250-258, Lim,T.R.et al, 2026
Frequency of AQP4 and MOG Antibodies in Patients with Optic Neuritis Fulfilling Minimal New Multiple Sclerosis MRI Criteria
Neurol 106:e214753, Deschamps,R.,et al, 2026
The 2024 McDonld Criteria for Dignosis of Multiple Sclerosis, The Rubber meets the Road
Neurol 106:e214688, Miller, A.E., 2026
Diagnostic Value of the Kappa Free light Chain Index to Distinguish MOGAD, NMOSD, and MS
Neurol 106:e214946, Tournier,A.,et al, 2026
Using Susceptibility-Based Imaging in highly ctive Late-Onset Multiple Sclerosis
Neurol 106:e214794, Sosa,S.M.,et al, 2026
Frequency and Diagnostic Implications of Paramagnetic Rim Lesions in People Presenting for Diagnosis to a Multiple Sclerosis Clinic
Neurol 105:e213912, Remner,B.,et al, 2025
Diagnosis of Multiple Sclerosis: 2024 Revisions of the McDonald Criteria
Lancet Neurol 24:850-865, Montalban,X.,et al, 2025
A 30-Year-Old Female Patient with Multiple Sclerosis Presenting with Rapidly Progressive Cranial Neuropathies, Weakness, and Ataxia
Neurol 105:e214429, Trentadue,T.,et al, 2025
The Optic Nerve Should Graduate to Be the Fifth Lesion Site for the Diagnosis of Multiple Sclerosis
Neurol 102:e207919, Galetta,S. & Brownlee, W., 2024
Adverse Events Associated with Disease-Modifying Drugs for Multiple Sclerosis
Neurol 102:e208006, Ng, HS.,et al, 2024
Diagnostic MRI Score to Differentiate Susac Syndrome from Primary Angiitis of the Central Nervous System and Multiple Sclerosis
Ann Neurol 96:846-854, Marrodan,M.,et al, 2024
Slowly Expanding Lesions Differentiate Pediatric Multiple Sclerosis from Myelin Oligodendrocyte Glycoprotein Antibody Disease
Ann Neurol 96:1086-1091, Fadda,G.,et al, 2024
Management of Possible Multiple Sclerosis
NEJM 388:2195-2190, , 2023
Kappa Free Light Chain Biomarkers are Efficient for the Diagnosis of Multiple Sclerosis
Neurol Neuroinflamm 10:e200049, Levraut,M.,et al, 2023
Drug-Related Demyelinating Syndromes: Understanding Risk Factors, Pathophysiological Mechanisms and Magnetic Resonance Imaging Findings
Mult Scler Rel Dis 55:103146, Rimkus, C.M.,et al, 2021
Infection Risks Among Patients with Multiple Sclerosis Treated with Fingolimod, Natalizumab, Rituximab, and Injectable Therapies
JAMA Neurol 77:184-191, Luna, G.,et al, 2020
Comorbidity is Associated with Disease Activity in MS
Neurol 95:e446-e456, Salter, A.,et al, 2020
Radiologically Isolated Syndrome: A Review for Neuroradiologists
AJNR 41:1542-1549, Hosseiny, M.,et al, 2020
Paramagnetic Rim Lesions are Specific to Multiple Sclerosis:An International Multicenter 3T MRI Study
Ann Neurol 88:1034-1042, Maggi,P.,et al, 2020
Evaluation of the Central Vein Sign as a Diagnostic Imaging Biomarker in Multiple Sclerosis
JAMA Neurol 76:1446-1456, Sinnecker, T.,et al, 2019
Evaluation of Idiopathic Transverse Myelitis Revealing Specific Myelopathy Diagnoses
Neurol 90:e96-102, Zalewski, N.L.,et al, 2018
Multiple Sclerosis
NEJM 378:169-180, Reich, D.S.,et al, 2018
Value of the Central Vein Sign at 3T to Differentiate MS from Seropositive NMOSD
Neurol 90:e1183-e1190, Cortese, R.,et al, 2018
Progressive multifocal leukoencephalpathy after fingolimod treatment
Neurol 90:1815-e1821, Berger, J.R.,et al, 2018
Prodromal Symptoms of Multiple Sclerosis in Primary Care
Ann Neurol 83:1162-1173, Disanto,G.,et al, 2018
Application of the 2017 Revised McDonald Criteria for Multiple Sclerosis to Patients with a Typical Clinically Isolated Syndrome
JAMA Neurol 75:1392-1398, Van Der Vuurst De Vries, R.M.,et al, 2018