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Title | Description | Type |
101 |
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Hemifacial Spasm | Example of patients with hemifacial spasm. First patient has a sequela of Bell's palsy, and is seen to have mainly clonic movements around the eye, with occasional tonic movements around the mouth. Second patient has a cerebellopontine angle epidurmoid tumor, and is seen to have movements around the... | Image/MovingImage |
102 |
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Herpes Zoster Ophthalmicus with Third Nerve Palsy | Images showing presentation of Herpes Zoster (Zoster Ophthalmicus). | Text |
103 |
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How to Measure the RAPD | This clip demonstrates the examination technique for measuring the Relative Afferent Pupillary Defect (RAPD). Demonstration of balancing an afferent papillary defect using filters in a patient with a resolving optic neuritis and an afferent papillary defect on the left. | Image/MovingImage |
104 |
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How to Use the Direct Ophthalmoscope in an Exam | Demonstration of using the direct ophthalmoscope to examine the optic disc. Covers hand placement , which eye to use, and distance from patient. | Image/MovingImage |
105 |
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Hydroxychloroquine Maculopathy (Plaquenil) | An overview of Chloroquine Maculopathy. | Text |
106 |
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Intermittent Square Wave Jerks | Patient with intermittent square wave jerks (no audio) | Image/MovingImage |
107 |
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Internuclear Ophthalmoplegia (2 Examples) | Two examples of patients with internuclear ophthalmoplegia. First patient has a right internuclear ophthalmoplegia. Patient had subacute bacterial endocarditis with a bacterial abscess in the brain stem. Ductions and gaze to the right look good, but when gazing to the left, the right eye does not ad... | Image/MovingImage |
108 |
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Latent Nystagmus | Example of a patient with latent nystagmus. Demonstrates a lack of oscillations in forward gaze, followed by the occlusion of each eye, showing how this generates a jerking oscillation in the non-occluded eye away from the occluded eye. | Image/MovingImage |
109 |
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Leber's Hereditary Optic Neuropathy | Images and visual fields from a boy with acute visual loss. | Text |
110 |
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Left-sided Dilation Lag in a Man with Horner's Syndrome | Left-sided dilation lag in a 29-year-old man with Horner's syndrome caused by a posterior mediastinal ganglioneuroma. Note that the degree of anisocoria is greater after 5 seconds in darkness (top) compared with findings after 15 seconds in darkness (bottom). | Image |
111 |
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Left-sided Horner's Syndrome with an Acquired Preganglionic Localization | Left-sided Horner's syndrome in a 12-year-old girl with an acquired preganglionic localization based on clinical and pharmacologic testing. The cause remained undetermined after extensive radiologic investigations. Left-sided ptosis and miosis are evident in room light (top), and the degree of aniso... | Image |
112 |
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Left-sided Internal Carotid Artery Dissection | Left-sided internal carotid artery dissection identified on T-1 weighted magnetic resonance image from a 52-year-old man who suddenly developed left-sided neck and orbital pain along with a droopy left upper eyelid while dragging a deer out of the woods during hunting season. The normal dark flow vo... | Image |
113 |
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Levator Disinsertion | Example of patient with levator disinsertion, a lid disorder. Patient is pregnant and wears poorly fitting contacts. Discussion of characteristics, such as lid ptosis (shown in the left eye of patient), but with full levator function. | Image/MovingImage |
114 |
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Light-near Dissociation | Light-near dissociation in a 51-year-old woman with multiple sclerosis who experienced double vision for 1 week. Her pupils are 5 mm in diameter in room light (top), react poorly in response to direct light reaction (middle), but constrict promptly in response to near stimulation (bottom). She also ... | Image |
115 |
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Light-near Dissociation | Example of patient with Argyll Robertson pupil with neurosyphilis. Shows a lack of pupillary response to light and some pupillary response to nearness of finger. | Image/MovingImage |
116 |
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Location of Pupillomotor Fibers | Location of pupillomotor fibers are depicted as dark regions on cross-sections of the right (R) and left (L) oculomotor nerve at various locations along its course, including its emergence from the brain stem in the interpeduncular fossa (1), the midsubarachnoid segment (2), the level of the dorsum ... | Image |
117 |
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Macula | Overview of the structure and viewing of the macula. | Text |
118 |
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Marcus Gunn Jaw Winking | Example of patient with Marcus Jaw Winking. Patient is led through instructions for movement of jaw (open, close, back and forth), with eyelid seen to be affected. Patient is then led through instructions for direction of gaze and pursuit. | Image/MovingImage |
119 |
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Measuring Visual Acuity | Demonstration on self of visual acuity exam, using a standard card. | Image/MovingImage |
120 |
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MELAS and RP | MELAS; 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 |
121 |
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Mimics of Atrophy | | Text |
122 |
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Monocular Pendular Nystagmus | Example of a patient with monocular pendular nystagmus, with discussion of situations in which this condition is seen: acquired disorder of the visual-sensory pathway, and acquired disorder of the brain stem (e.g. multiple sclerosis). | Image/MovingImage |
123 |
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The Multifocal Electroretinogram: Clinical Applications | The most important development in ERGs is the multifocal ERG (mfERG). Erich Sutter adapted the mathematical sequences called binary m-sequences creating a program that can extract hundreds of focal ERGs from a single electrical signal. This system allows assessment of ERG activity in small areas of ... | Text |
124 |
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Normal Eye Movements | This is an examination of a person with normal eye movements. Notice the patient has normal excursions. He has normal pursuit and saccades (horizontally and vertically). | Text |
125 |
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Normal Light Reflex without RAPD | This clip demonstrates the examination of the Relative Afferent Pupillary Defect (RAPD.) Demonstration of gauging the size of the pupil in light, testing light reflexes, swinging flashlight test for optic nerve abnormality. | Image/MovingImage |