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1 Why Don't You See Double?This presentation was given at the Neurology Grand Rounds in Fall 2011 at the University of Utah. A number of Duane Syndrome cases are covered. Related video can be found in this collection at: Duane's Syndrome Type I: http://content.lib.utah.edu/u?/EHSL-Moran-Neuro-opth,130 Duane's Syndrome Type I...Text
2 Optic Disc pallor pseudo and realDiscussion of the causes of optic disc pallor.Text
3 Papilledema 2013Discussion of papilledema, the swelling due to increased pressure.Text
4 Optic Disc: Anatomy, Variants, Unusual discsDiscussion of viewing the optic disc. Includes development of direct ophthalmoscope. Covers normal optic disc and nerve fiber; nerve fiber loss and defects; cilioretinal arteries; venous anomolies; papilledema; pseudopapilledema; myopic disc; hyperoptic disc; little red discs; megallopapilla; myelin...Text
5 Retinal Fluorescein AngiographyThis slide set provides a brief description of Retinal Fluorescein Angiography. First introduced in 1960, sodium fluorescein, a dye, is administered through an angiocatheter (3-5cc) by a nurse or technician. The dye reaches the central retinal artery after passing through the heart and lungs.Text
6 Glaucoma: the basicsGlaucoma is the most common optic neuropathy. Progressive cupping of the optic disc due to increased intraocular pressure together with visual field abnormalities and local disc susceptibility factors characterize this neuropathy. This PowerPoint lecture covers the basics of Glaucoma and includes ma...Text
7 Retino-choroidal Vessels or Optociliary veins or ciliary shuntOverview of retino-choroidal collaterals, which are potential telangiectatic connections between the retina and choroidal circulation. Although sometimes called "shunts", these collaterals are between the retinal venous circulation and the choroidal venous circulation.Text
8 Basal EncephalocelesText
9 Basic HeadachePresentation covering an overview of headache and migraine.Text
10 Anterior ischemic optic neuropathyPPT describing Anterior Ischemic Optic Neuropathy (AION). Covers clinical signs, such as monocular vision loss, swollen nerve, and visual field defects, as well as risk factors.Text
11 Cone DystrophyPPT covering Cone Dystrophy - An inherited degeneration that presents between 10 - 30 years of age. Symptoms are decreased visual acuity, poor color vision, and sometimes light sensitivity.Text
12 MELAS and RPMELAS; Mitochondrial Encephalopathy with Lactic Acidosis, Stroke and Pigmentary Changes in retina-associated with a retinal dystrophy. This 53 year old man had seizures, encephalopathy and lactic acidosis typical of MELAS. His fundus examination showed granularity and some slight pigmentary changes ...Text
13 Leber's Hereditary Optic NeuropathyText
14 Hydroxychloroquine Maculopathy (Plaquenil)An overview of Chloroquine Maculopathy.Text
15 Mimics of AtrophyText
16 Nutritional amblyopiaExample of patient with amblyopia with nutritional causes.Text
17 Optic nerve tumors benign and malignantDiscussion of optic nerve tumors including meningioma and glioma.Text
18 Normal optic discOverview of the structure and function of the normal optic disc.Text
19 Shaken Baby SyndromeText
20 Retinitis pigmentosa disease of rodsDiscussion of retinitis pigmentosa which is a retinal/choroidal degeneration caused by various genetic defects.Text
21 Stages of PapilledemaText
22 Stargardt's DiseaseDiscussion of Stargardt's disease, an inherited maculopathy which frequently presents with a loss of central vision.Text
23 Visually Evoked PotentialsDetailed explanation of visually evoked potentials. The terms visually evoked potential (VEP), visually evoked response (VER) and visually evoked cortical potential (VECP) are equivalent. They refer to electrical potentials, initiated by brief visual stimuli, which are recorded from the scalp overl...Text
24 The Electro-oculogram: Clinical ApplicationsThe electrooculogram measures the potential that exists between the cornea and Bruch's membrane at the back of the eye. The potential produces a dipole field with the cornea approximately 5 millivolts positive compared to the back of the eye, in a normally illuminated room. Although the origin of th...Text
25 The Electroretinogram and Electro-oculogram: Clinical ApplicationsThe global or full-field electroretinogram (ERG) is a mass electrical response of the retina to photic stimulation. The ERG is a test used worldwide to assess the status of the retina in eye diseases in human patients and in laboratory animals used as models of retinal disease.Text
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