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Differential
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Alberta Stroke Program Early CT score
algorithm
angiotensin-converting enzyme, inhibitors
anterior cerebral artery, occlusion of
artificial intelligence
atrial fibrillation
AURORA
bridge therapy
carotid artery occlusion, intracranial
CAT scan
CAT scan, abnormal
CAT scan, angiography
CAT scan, mismatch between perfusion/diffusion
CAT scan, net water uptake
CAT scan, perfusion
cerebrospinal fluid, abnormal
cerebrovascular accident
cerebrovascular accident, acute management of
cerebrovascular accident, age of lesion
cerebrovascular accident, arterial occlusion, absent
cerebrovascular accident, arterial occlusion, location
cerebrovascular accident, awakening with
cerebrovascular accident, mimics
cerebrovascular accident, prevention of
cerebrovascular accident, prognosis in
cerebrovascular accident, severity
cerebrovascular accident, surgical treatment of
cerebrovascular accident, thrombolytic agents in treatment
cerebrovascular accident, time of onset
cerebrovascular accident, time to treatment
cerebrovascular accident, unknown time of onset
cerebrovascular accident, volume
clinical mismatch
clot retrieval
complications
computers, medicine and
computers, neurologic diagnosis and
DAWN stroke trial
deep learning
DEFUSE study
efficacy
encephalitis
endovascular therapy
endovascular therapy, late time window
endovascular therapy, selection criteria
endovascular therapy, time window
evidence-based research
fibrinolytic agents
fibrinolytic agents, intra-arterial local infusion
fibrinolytic therapy, selection criteria
fibrinolytic therapy, timing of administration
gastrointestinal bleeding
herpes simplex encephalitis
HMGcoA reductase inhibitors
infarct core
internet
intracerebral hemorrhage
ischemic penumbra
lumbar puncture
machine learning
middle cerebral artery, occlusion of
mimics
misdiagnosis
MR WITNESS trial
MRI
MRI, abnormal
MRI, angiography
MRI, CAT scan compared to
MRI, cerebrovascular disease
MRI, diffusion weighted
MRI, early changes in CVA
MRI, FLAIR
MRI, FLAIR, hyperintense vessels
MRI, mismatch between DWI/FLAIR
MRI, mismatch between perfusion/diffusion
MRI, perfusion
MRI, serial
multimodal neuroimaging
neoplasm, intracranial-incidence and epidemiology of
neurologic disease, diagnoses of
neurologic examination, focal
NIH stroke scale
old age, neurology of
patient selection
platelet inhibiting drugs
practice guidelines
prevention of neurologic disorders
prognosis
RAPID CT perfusion maps
recanalization, arterial
Red flags
reperfusion
Retriever Device
revascularization, surgical
review article
safety
screening
statin therapy
stroke disability scale
telemedicine
teleradiology
thrombectomy
thrombolysis, mechanical
time is brain
tissue plasminogen activator, intravenous
treatment of neurologic disorder
Trevo retriever
WAKE-UP trial
Showing articles 0 to 50 of 6115 Next >>

HSV-Encephalitis Resembling Acute Cerebral Infarction in a Patient with Atrial Fibrillation, Beware of Stroke Mimics
Neurologist 27:30-33, Kargiotis,O.,et cl, 2022

Thrombectomy for Anterior Circulation Stroke Beyond 6 h from Time Last Known Well (AURORA): A Systematic Review and Individual Patient Data Meta-Analysis
Lancet 399:249-258, Jovin, T.G.,et al, 2022

Which Imaging Approach Should be Used for Stroke of Unknown Time of Onset?
Stroke 52:373-380, Simonsen, C.Z.,et al, 2021

Lesion Age Imaging in Acute Stroke: Water Uptake in CT Versus DWI-FLAIR Mismatch
Ann Neurol 88:1144-1152, Broocks, G.,et al, 2020

Machine Learning Approach to Identify Stroke Within 4.5 Hours
Stroke 51:860-866, Lee, H.,et al, 2020

Thrombolysis for Acute Ischemic Stroke in the Unwitnessed or Extended Therapeutic Time Window
Neurol 94:e1241-e1248, Tsivgoulis, G.,et al, 2020

Artificial Intelligence Applications in Stroke
Stroke 51:2573-2579, Mouridsen, K.,et al, 2020

Intravenous Alteplase for Stroke with Unknown Time of Onset Guided by Advanced Imaging:Systematic Review and Meta-Analysis of Individual Patient Data
Lancet 396:1574-1585, Thomalla,G.,et al, 2020

Multimodal CT or MRI for IV thrombolysis in ischemic stroke with unknown time of onset
Neurol 95:e2954-e2964, Macha, K.,et al, 2020

Thrombectomy 6 to 24 Hours after Stroke with a Mismatch between Deficit and Infarct
NEJM 378:11-22,81, Nogueira, R.G.,et al, 2018

Enlightenment and Challenges Offered by DAWN Trial (DWI or CTP Assessment with Clinical Mismatch in the Triage of Wake Up and Late Presenting Strokes Undergoing Neurointervention with Trevo)
Stroke 49:498-500, Saposnik, G.,et al, 2018

Automated DWI analysis can identify patients within the thrombolysis time window of 4.5 hours
Neurol 90:e1570-e1577, Wouters, A.,et al, 2018

Intravenous Thrombolysis in Unwitnessed Stroke Onset: MR WITNESS Trial Results
Ann Neurol 83:980-993, Schwamm, L.H.,et al, 2018

MRI-Guided Thrombolysis for Stroke with Unknown Time of Onset
NEJM 379:611-622, 682, Thomalla, G.,et al, 2018

Endovascular Stroke Therapy in the Late Time Window
Stroke 49:2559-2561, Schellinger, P.D. & Demaerschalk, B.M., 2018

Implications of the WAKE-UP Trial
Stroke 49:3115-3117, Silver, B. & Arnold, M., 2018

Favorable Bridging Therapy Based on DWI-FLAIR Mismatch in Patients with Unclear-Onset Stroke
AJNR 37:88-93, Mourand, I.,et al, 2016

Hyperintense Vessels on FLAIR: Hemodynamic Correlates and Response to Thrombolysis
AJNR 36:1426-1430, Kufner, A.,et al, 2015

Imaging-Guided Acute Ischemic Stroke Therapy: From "Time is Brain" to "Physiology is Brain"
AJNR 27:728-735, Gonzalez,R.G., 2006

Antiplatelets, ACE Inhibitors, and Statins Combination Reduces Stroke Severity and Tissue At Risk
Neurol 66:1153-1158, Kumar,S.,et al, 2006

The Clinical-DWI Mismatch
Neurol 62:2187-2192, Davalos,A.,et al, 2004

Stroke Magnetic Resonance Imaging Within 6 Hours After Onset of Hyperacute Cerebral Ischemia
Ann Neurol 49:460-469, Schellinger,P.D.,et al, 2001

Fluid-Attenuated Inversion Recovery and Diffusion- and Perfusion-Weighted MRI Abnormalities in 117 Consecutive Patients with Stroke Symptoms
Stroke 32:2774-2781, Perkins,C.J.,et al, 2001

Longitudinal Magnetic Resonance Imaging Study of Perfusion and Diffusion in Stroke:Evolution of Lesion Volume and Correlation with Clinical Outcome
Ann Neurol 46:568-578,556, Beaulieu,C.,et al, 1999

Endovascular Therapy for Acute Stroke with a Large Ischemic Region
NEJM 386:doi.10.1056/NEJMoa2118191, Yoshimura, S.,et al, 2022

In Stroke, When is a Good Outcome Good Enough?
NEJM 386:1359-1361, Schwamm, L.H., 2022

Automated Brain Perfusion Imaging in Acute Ischemic Stroke: Interpretation Pearls and Pitfalls
Stroke 52:3728-3738, Nicolas-Jilwan, M. & Wintermark, M., 2021

Ischemic Core Overestimation on Computed Tomography Perfusion
Stroke 52:1751-1760, Garcia-Tornel, A.,et al, 2021

Recent Administration of Iodinated Contrast Renders Core Infarct Estimation Inaccurate Using RAPID Software
AJNR 41:2235-2242, Copelan, A.Z.,et al, 2020

Automated CT Perfusion Imaging for Acute Ischemic Stroke
Neurol 93:888-898, Vagal, A.,et al, 2019

Use of Imaging to Select Patients for Late Window Endovascular Therapy
Stroke 49:2256-2260, Albers, G.W., 2018

Endovascular Treatment for Patients with Acute Stroke Who Have a Large Ischemic Core and Large Mismatch Imaging Profile
JAMA Neurol 74:34-40, Rebello, L.C.,et al, 2017

CT Angiography ASPECTS Predicts Outcome Much Better Than Noncontrast CT in Patients with Stroke Treated Endovascularly
AJNR 38:1569-1573, Sallustio, F.,et al, 2017

Computed Tomographic Perfusion to Predict Response to Recanalization in Ischemic Stroke
Ann Neurol 81:849-856, Lansberg, M.G.,et al, 2017

Clinical Imaging Factors Associated with Infarct Progression in Patients with Ischemic Stroke During Transfer for Mechanical Thrombectomy
JAMA Neurol 74:1361-1367,1298, Boulouis, G.,et al, 2017

Endovascular Therapy for Ischemic Stroke with Perfusion-Imaging Selection
NEJM 372:1009-1018, Campbell, B.C.V.,et al, 2015

Randomized Assessment of Rapid Endovascular Treatment of Ischemic Stroke
NEJM 372:1019-1030, Goyal, M.,et al, 2015

Stent-Retriever Thrombectomy after Intravenous t-PA vs. t-PA Alone in Stroke
NEJM 372:2285-2295,2347, Saver, J.L.,et al, 2015

Thrombectomy within 8 hours after Symptom Onset in Ischemic Stroke
NEJM 372:2296-2306,2347, Jovin, T.G.,et al, 2015

DWI Reversal is Associated with Small Infarct Volume in Patient with TIA and Minor Stroke
AJNR 35:660-666, Asdaghi, N.,et al, 2014

Infarct Volume is a Pivotal Biomarker After Inter-Arterial Stroke Therapy
Stroke 43:1323-1330, Yoo,A.J.,et al, 2012

Acute Stroke Imaging: What is Sufficient for Triage to Endovascular Therapies?
AJNR 33:790-792, Lev, M.H., 2012

Acute Stroke Imaging: CT with CT Angiography and CT Perfusion before Management Decisions
AJNR 33:792-794, Fox, A.J.,et al, 2012

Evidence-Based Guideline: The Role of Diffusion and Perfusion MRI for the Diagnosis of Acute Ischemic Stroke: Report of the Therapeutics and Technology Assessment Subcommittee of the American Academy of Neurology
Neurol 75:177-185, Schellinger,P.D., et al, 2010

Education Research: Assessment of Neurology Resident Clinical Competencies in the Neurology Clinic
Neurol 72:e1-e3, Davis,L.E.,et al, 2009

ACGME Competencies in Neurology: Web-Based Objective Simulated Computerized Clinical Encounters
Neurol 72:893-898, Kash,K.M.,et al, 2009

Quantitative Assessment of Core/Penumbra Mismatch in Acute Stroke: CT and MR Perfusion Imaging Are Strongly Correlated When Sufficient Brain Volume Is Imaged
Stroke 39:2986-2992, Schaefer,P.W.,et al, 2008

CT Angiography Versus MR Angiography in the Evaluation of Acute Neurovascular Disease
Radiology 245:362-366, Truwit,C.L., 2007

Comparison of CT Perfusion and Angiography and MRI in Selecting Stroke Patients for Acute Treatment
Neurol 68:694-697, Wintermark,M.,et al, 2007



Showing articles 0 to 50 of 6115 Next >>