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TitleCreatorDescriptionSubject
51 Giant Cell Arteritis: Diagnostic Prediction Models, Temporal Artery Biopsy and EpidemiologyEdsel Ing MD, PhD FRCSC MPH CPH MIAD MEd MBA,Giant cell arteritis (GCA) is the most common primary vasculitis in the elderly and can cause irreversible blindness, aortitis, and stroke. Diagnostic confirmation of GCA usually entails temporal artery biopsy (TABx) - a time-consuming and invasive test, or ultrasound. The primary treatment of GCA i...Giant Cell Arteritis; Diagnostic Prediction Model; Epidemiology; Temporal Artery Biopsy; Differential Diagnosis
52 CorectopiaMeagan Seay, DOThese are photos of a patient with unilateral corectopia. This patient's corectopia is of unclear etiology and possibly related to birth trauma.Corectopia; Unilateral; Photos
53 A Case Series of Mydriasis from an Anticholinergic AntiperspirantAileen Antonio, MD; Inna Bondira, DO; Cameron Holicki, DO; Christopher Glisson, DO; Tatiana Deveney, MD; Lina Nagia, DOCauses of anisocoria span a wide range, from benign to life-threatening, making it a common indication for Neuro-Ophthalmology referrals. One such cause is related to pharmacologic mydriasis due to direct or systemic exposure. We present a case series of four patients with different presentations of...Anisocoria; Mydriasis; Pharmacologic Anisocoria; Anticholinergic Antiperspirant
54 Anatomic and Physiologic Basis for Gaze StabilityAriel Winnick and Meagan Seay, DODiagram describing the anatomic and physiologic basis of gaze stability.Gaze Stability
55 Vitamin B12 Deficiency and Neuro-Ophthalmic ManifestationsJourdan Carroll; Devin D. Mackay, MDThis presentation covers vitamin B12 deficiency, including etiology, signs and symptoms, neurologic and ophthalmic findings, a case presentation and treatment.Vitamin B12 Deficiency and Neuro-Ophthalmic Manifestations
56 Optical Coherence Tomography (OCT)Gunnar J. Goebel; Devin D. Mackay, MDIntroduction to OCT, including history, principles, interpretation, and applications.Optical Coherence Tomography (OCT)
57 How to Find Funding SourcesElizabeth Frakes, MLIS, AHIPBrief description of funding sources and how to find them.Funding
58 How to Submit an IRB ApplicationElizabeth Frakes, MLIS, AHIPA general outline of the steps involved in submitting an IRB application for research.Institutional Review Board (IRB)
59 A Macro Dilemma: Demonstrations of the Anterior Chiasmal Syndrome and Wilbrand's KneeAriel Axelbaum, MD; Nurhan Torun, MDPresentation reviewing two cases that demonstrate several cases of anterior chiasmal syndromes and the variability in patient presentations with sellar masses.Anterior Chiasmal Syndromes; Masses of the Sella
60 Gerstmann SyndromeNicholas Bontrager; Padmaja Sudhakar, MDGerstmann syndrome refers to a constellation of four neurologic deficits: agraphia, acalculia, finger agnosia , and left-right disorientation. All symptoms must be present for a diagnosis of true Gerstmann syndrome.Gerstmann Syndrome
61 Pupil Evaluation FlowchartAriel Winnick; Eric Caskey, MD; Meagan Seay, DOFlow chart outlining the evaluation of large or small pupils.Pupil Evaluation
62 Neuro-Ophthalmic Manifestations of Mitochondrial DiseaseAbhimanyu S. Ahuja, BS; Sidney M. Gospe III, MD, PhDClassically, mitochondrial diseases exhibit a maternal inheritance pattern because pathogenic mutations in mitochondrial DNA (mtDNA) are transmitted exclusively via the maternal lineage due to rapid degradation of sperm-derived mitochondria early in embryogenesis. However, mutations in mtDNA may occ...Mitochondrial Disease; Pathophysiology
63 Non-Surgical Management of StrabismusAlex Christoff, MDAn overview of non-surgical treatment of strabismus.Strabismus
64 Decompensated PhoriaAlex Christoff, MDAn overview of decompensated phoria and its treatment.Decompensated Phoria
65 Susac's SyndromeDavid O. Sohutskay; Kevin E. Lai, MD; Linda S. Williams, MD; Devin D. Mackay, MDOverview of a case of Susac Syndrome.Susac Syndrome
66 Anatomy of the Oculomotor Nerve (CN III)Lucas E. Morgan, MS4; Nicholas A. Koontz, MD; Devin D. Mackay, MDA detailed overview of the anatomic course of CN III, including a detailed pathway description and labeled MRI images, gross anatomy pictures, and structural models.CN III; Third Cranial Nerve; Oculomotor Nerve; Anatomy; MRI
67 Cotton Wool Spots: The BasicsArnav Gupta, BHSc; Rahul Sharma, MD, MPHA presentation describing cotton wool spots, an abnormal finding on funduscopic exam of the retina of the eye.Cotton Wool Spots; Retina
68 Disc Cupping: The BasicsArnav Gupta, BHSc; Rahul Sharma, MD, MPHA presentation describing optic disc cupping, due to damage of optic nerve fibres.Disc Cupping; Optic Disc
69 Progressive Supranuclear Palsy (PSP)Molly Cincotta, MD; Ali G. Hamedani, MD, MHSObjectives:; To provide an overview of PSP and its pathophysiology;; To present typical clinical features of the disease with a focus on ocular findings;; To provide a template for work up, diagnosis and treatment; ; To demonstrate typical eye movement abnormalities seen in PSPProgressive Supranuclear Palsy (PSP)
70 Computed Tomography (CT): Principles, Technique, and Neuro-ophthalmic ApplicationsAlex Fraser, MDPresentation covering Computed Tomography principles, adverse effects, comparison vs. MRI, and assorted examples of neuro-ophthalmic interest.Computed Tomography (CT)
71 Examining the Pediatric Patient for Non-Neuro-ophthalmologistsJohn Pula, MDTen need-to-know pearls for examining the pediatric patient, for non-neuro-ophthalmologists.Pediatric Patient Exam
72 Examining the Comatose Patient for Non-Neuro-ophthalmologistsJohn Pula, MDSeven need-to-know pearls for examining the pediatric patient, for non-neuro-ophthalmologists.Comatose Patient Exam
73 Posterior Cortical AtrophyNatali V. Baner, MD; Ali G. Hamedani, MD, MHSPowerPoint providing an overview of the definition, clinical presentation and treatment of posterior cortical atrophyPosterior Cortical Atrophy
74 Dementia: Overview and ClassificationMolly Cincotta, MD; Whitley Aamodt, MD; Ali G. Hamedani, MD, MHSPowerPoint providing a broad overview of dementia, including definition, clinical findings, work up, diagnosis, classification, and management.Dementia
75 Multiple System Atrophy: Overview and Neuro-ophthalmologic FeaturesPavan Vaswani, MD, PhD, Movement Disorders Fellow; Ali G. Hamedani, MD, MHSObjectives: Know the key pathologic features of Multiple System Atrophy; Recognize the clinical presentation, including neuro-ophthalmologic features; Understand the symptomatic therapies and prognosisMultiple System Atrophy
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