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TitleDescriptionType
26 Bilateral Papilledema with Exudative RetinopathyLeft eye. Bilateral Papilledema with exudative retinopathy from vitamin A toxicity. Young boy. Near blind. Anatomy: Optic disc; Retina. Pathology: Bilateral papilledema; exudative retinopathy. Disease/Diagnosis: Hypervitaminosis A causing blindness. Clinical notes: Nearly blind; Headache.Image
27 C12 Morning Glory Disc"Morning Glory" disc. Patient 11 year old. Anatomy: Optic disc.Image
28 C34 Anomalous Pale DiscMultiple cilioretinal arteries. Anomalous venous exit from nasal edge of optic disc (Vein of Kraupa). Visual function normal. Anatomy: Optic disc.Image
29 Chronic Papilledema in Resolution. SequenceLeft eye 4 weeks after presentation. Chronic papilledema in resolution. Notice more extensive vertical choroidal fold temporally ("high-water" marks)Image
30 Chronic Papilledema in Resolution. SequenceLeft eye 7 weeks after presentation. Chronic papilledema in resolution. Note the profound optic atrophy with blurred disc margins and circumferential receptor layer folds ("high-water" marks)Image
31 Chronic Papilledema with Pseudo DrusenLeft eye of 51 year old, 220 pound black woman. Pseudotumor cerebri, pseudo drusen, exudates. Anatomy: Optic disc. Pathology: Papilledema Disease/Diagnosis: Chronic papilledema with pseudo drusenImage
32 Chronic Papilledema with Pseudo DrusenChronic papilledema with pseudo drusen. Residual choroidal folds. Pseudo drusen. Anatomy: Optic disc. Pathology: Papilledema. Disease/Diagnosis: Chronic papilledema with pseudo drusen.Image
33 Diffuse AtrophyPrimary optic atrophy following optic neuritis. 1960. Note absence of all retinal nerve fiber layer reflex in the peripapillary retina. The retinal vessels appear to lie on the retina without any tissue surrounding them. Normal looking arterioles. Anatomy: Optic disc. Pathology: Optic atrophy. Disea...Image
34 Diffuse AtrophyPrimary optic atrophy from optic nerve compression by aneurysm. Note narrowing of retinal arterioles. Close up showing arcuate streaks of nerve fibers entering inferior optic disc. Pair with IIA1_7. Anatomy: Optic disc. Pathology: Optic atrophy. Disease/Diagnosis: Optic atrophy due to giant aneurysm...Image
35 Diffuse AtrophyPrimary optic atrophy following head injury. 1982. Normal looking arterioles. Anatomy: Optic disc. Pathology: Optic atrophy. Disease/Diagnosis: Optic atrophy after trauma. Clinical: Blindness.Image
36 Diffuse AtrophyPrimary optic atrophy from optic nerve compression by aneurysm. Note narrowing of retinal arterioles. Pair with IIA1_8. Anatomy: Optic disc. Pathology: Optic atrophy. Disease/Diagnosis: Optic atrophy due to giant aneurysm. Clinical: Blindness.Image
37 Diffuse Atrophy - Evolution of Optic Disc Palor After Optic Nerve TransectionEvolution of optic disc pallor after optic nerve transection. Normal Right eye. Photo taken December 9, 1978. Anatomy: Optic disc. Pathology: Total retrograde optic atrophy. Disease/Diagnosis: Transection of the optic nerve. Clinical: Blindness.Image
38 Diffuse Atrophy - Evolution of Optic Disc Palor After Optic Nerve TransectionInjury on December 8, 1978. Evolution of optic disc pallor after optic nerve transection. Woman having rhinoplasty suffered optic nerve transection. Left eye. Photo taken January 11, 1979 - 33 days post accident. Note superior and inferior arcuate nerve fiber bundles are thinned. Optic disc shows s...Image
39 Diffuse Atrophy - Evolution of Optic Disc Palor After Optic Nerve TransectionInjury on December 8, 1978. Evolution of optic disc pallor after optic nerve transection. Woman having rhinoplasty suffered optic nerve transection. Left eye. Photo taken February 14, 1979 - 65 days post accident. Optic disc is completely pale. All evidence of retinal nerve fiber layer is gone. Anat...Image
40 Diffuse Atrophy - Evolution of Optic Disc Palor After Optic Nerve TransectionInjury on December 8, 1978. Evolution of optic disc pallor after optic nerve transection. Woman having rhinoplasty suffered optic nerve transection. Left eye. Photo taken January 18, 1979 - 40 days post accident. Retinal nerve fiber layer appears thinner and disc is paler. Anatomy: Optic disc. Patho...Image
41 Diffuse Atrophy - Evolution of Optic Disc Palor After Optic Nerve TransectionInjury on December 8, 1978. Evolution of optic disc pallor after optic nerve transection. Woman having rhinoplasty suffered optic nerve transection. One day after nerve transection. Note dilated veins. Left eye. Photo taken December 9, 1978. Anatomy: Optic disc. Pathology: Total retrograde optic atr...Image
42 F207 Disc Swelling due to Metastatic Breast CancerUnilateral disc swelling with retinal folds due to metastatic breast cancer. Apparent enophthalmus. Anatomy: Optic disc. Pathology: Metastatic breast cancer. Disease/ Diagnosis: Neoplastic papillopathy.Image
43 H53 Superior Segmental Optic Hypoplasia (SSOH) Topless Disc SyndromeSuperior segmental optic hypoplasia. High exit point of central retinal vessels. Anatomy: Optic disc. Pathology: Superior segmental optic hypoplasia (SSOH). Disease/ Diagnosis: Superior segmental optic hypoplasia (SSOH).Image
44 H54 Superior Segmental Optic Hypoplasia (SSOH) Topless Disc SyndromeNote superior segmental palor. Anatomy: Optic disc. Pathology: Superior segmental optic hypoplasia (SSOH). Disease/ Diagnosis: Congenital anomaly.Image
45 H55 Superior Segmental Optic Hypoplasia (SSOH) Topless Disc SyndromeNote superior choroidal crescent. Anatomy: Optic disc. Pathology: Superior segmental optic hypoplasia (SSOH). Disease/ Diagnosis: Congenital anomaly.Image
46 H56 Superior Segmental Optic Hypoplasia (SSOH) Topless Disc SyndromeHigh exit point of central retinal vessels. Anatomy: Optic disc. Pathology: Superior segmental optic hypoplasia (SSOH). DIsease/ Diagnosis: Congenital anomaly.Image
47 H89 Occipital Hemianoptic HypoplasiaDiagram of homonymous hemioptic hypoplasia showing pattern of preserved nerve fibers. Homonymous hemioptic hypoplasia. Fundoscopic features in standard and red-free illumination in three patients with congenital hemiplegia. Anatomy: Optic disc. Pathology: Occipital hemianoptic hypoplasia. Disease/ D...Image
48 IA01 Atrophy with Optociliary Veins1994, perioptic nerve sheath meningioma, right eye, Optociliary vein dumping into disc edge at 4:00. Anatomy: Optic disc. Pathology: Optociliary vein. Disease/ Diagnosis: Perioptic nerve sheath meningioma. Clinical: Progressive visual lossImage
49 IA02 Atrophy with Optociliary Veins1971, left eye, perioptic nerve sheath meningioma, notice how vein dumps into adjacent choroid at 3:00. The darker venous blood can be seen at the disc edge. Anatomy: Optic disc. Pathology: Optociliary vein. Disease/ Diagnosis: Perioptic nerve sheath meningioma. Clinical: Progressive visual loss.Image
50 IA04 Atrophy with Optociliary Veins1981, right eye, perioptic nerve sheath meningioma with optociliary bypass vein. Notice horizontal choroidal folds in the retina from posterior tumor pressure. Anatomy: Optic disc. Pathology: Optociliary vein. Disease/ Diagnosis: Perioptic nerve sheath meningioma. Clinical: Blind eye.Image
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