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1 Segmental Atrophy - TemporalSegmental Atrophy - Temporal - Nutritional Amblyopia (alcohol) Discs show bilateral temporal pallor with hyperemia of the remaining disc tissue - Pair with IIA2_02b. 1971. Anatomy: Optic disc. Pathology: Optic atrophy. Disease/Diagnosis: Toxic optic atrophy from alcohol. Clinical: Central visual lo...Image
2 Segmental Atrophy - TemporalSegmental Atrophy - Temporal - Nutritional Amblyopia (alcohol) Discs show bilateral temporal pallor with hyperemia of the remaining disc tissue - Pair with IIA2_02a. 1971. Anatomy: Optic disc. Pathology: Optic atrophy. Disease/Diagnosis: Toxic optic atrophy from alcohol. Clinical: Central visual lo...Image
3 Segmental Atrophy - TemporalSegmental Atrophy - Temporal - Nutritional amblyopia (alcoholic). 1985. Left eye. Pair with IIA2_03a. Anatomy: Optic disc.. Pathology: Optic atrophy. Disease/Diagnosis: Toxic optic atrophy from alcohol. Clinical: Central visual loss.Image
4 Segmental Atrophy - Hemianopic (Band) Atrophy from Eight Optic Tract InjurySegmental Atrophy - Band atrophy from right optic tract injury. This eye has a nasal hemianopia. Its disc shows temporal pallor with an intact nasal nerve fiber layer. Pair with IIA2C_7b. Anatomy: Optic disc. Pathology: Right optic tract injury. Disease/Diagnosis: Homonymous hemioptic atrophy. Clini...Image
5 Segmental Atrophy - Hemianopic (Band) Atrophy from Eight Optic Tract InjurySegmental Atrophy - Band atrophy from right optic tract injury. Left eye. Has temporal hemianopia with band atrophy. Note loss of nasal nerve fiber layer. Four and a half months after injury from intracranial pressure catheter. Pair with IIA2C_7a. Anatomy: Optic disc. Pathology: Right optic tract in...Image
6 Segmental Atrophy - TemporalSegmental Atrophy - Temporal pallor - Nutritional amblyopia (alcoholic). 1985. Right eye. Pair with IIA2_03b. Anatomy: Optic disc. Pathology: Optic atrophy. Disease/Diagnosis: Toxic optic atrophy from alcohol. Clinical: Central visual loss.Image
7 C207 Papillitis with Macular Star, Cat Scratch DiseaseProven Bartonella neuroretinitis. Anatomy: Optic disc; Retina. Pathology: Axoplasmic stasis due to inflammation. Disease/ Diagnosis: Bilateral Bartonella Henslae (Cat Scratch). Clinical: Visual blurring; Ocular disc edema with macular star (ODEMS).Image
8 H33 Dysplasia with Hypoplasia (Elevated Dysplasia with Anomalous Vessels)Left eye. Elevated dysplasia, hypoplasia. Pseudo papilledema. Woman. Congenital optociliary bypass at 7:00. Anatomy: Optic disc. Pathology: Dysplasia of the optic disc. Disease/ Diagnosis: Elevated dysplasia with hypoplasia.Image
9 C02 Pits of the Optic DiscRight eye. Three congenital optic pits on the temporal side. 8:00, 9:30, 10:30. Anatomy: Optic disc.Image
10 C11 Morning Glory Disc"Morning Glory" disc. 11 year old girl. May not have a central retinal artery. Anatomy: Optic disc.Image
11 Post Papilledema Retinal Choroidal Bypass (Optociliary)Right eye. Post papilledema retinal choroidal bypass (optociliary). Arterial venous malformation draining into saggital sinus causing papilledema and retinal choroidal collaterals. Anatomy: Optic disc. Pathology: Post papilledema. Disease/Diagnosis: Post papilledema with retinal choroidal bypass ves...Image
12 Post Papilledema Retinal Choroidal Bypass (Optociliary)Left eye. Post papilledema retinal choroidal bypass (optociliary). Arterial venous malformation draining into saggital sinus causing papilledema and retinal choroidal collaterals. Anatomy: Optic disc. Pathology: Post papilledema. Disease/Diagnosis: Post papilledema with retinal choroidal bypass vess...Image
13 IC102c Central Retinal Artery Occlusion with Cilioretinal CollateralsRight eye, 1982, Central retinal artery occlusion with cilioretinal collateral occlusions due to calcific embolic occlusion behind the lamina cribrosa due to calcific valvular heart disease. Collaterals have been called "Nettleship Collaterals", recognizing the British physician who first described ...Image
14 IC102a Central Retinal Artery Occlusion with Cilioretinal CollateralsLeft eye, 1988, Central retinal artery with cilioretinal collaterals due to calcific embolic behind the lamina cribrosa due to calcific valvular heart disease. Collaterals have been called "Nettleship Collaterals", recognizing the British physician who first described them in 1892. Anatomy: Optic di...Image
15 IC102b Central Retinal Artery Occlusion with Cilioretinal CollateralsRight eye, 1991, Central retinal artery occlusion with cilioretinal collateral occlusions due to calcific embolic occlusion behind the lamina cribrosa due to calcific valvular heart disease. Collaterals have been called "Nettleship Collaterals", recognizing the British physician who first described ...Image
16 E02 Disc Swelling with Central Vein Occlusion37 year old black male with sickle cell C causing unilateral central retinal vien occlusion. Anatomy: Optic disc; Retina. Pathology: Occlusion of the central retinal vein. Disease/ Diagnosis: Disc swelling due to central retial vein occlusion. Clinical: Visual blurring.Image
17 Visible Drusen with Retinitis PigmentosaRight eye. Optic disc drusen with retinitis pigmentosa. Note the marked narrowing of the retinal arterioles and the spectacular change in the peripapillary choroid. Anatomy: Optic disc. Pathology: Drusen of the optic disc. Disease/Diagnosis: Drusen of the optic disc. Clinical: Patient was nearly bli...Image
18 IF107 Glaucoma Cupped DiscGlaucoma cupped disc with inferior temporal retinal nerve fiber layer defect. Vertically ovoid cup. 1974. Anatomy: Optic disc. Pathology: Glaucoma. Disease/ Diagnosis: Glaucoma. Clinical: Superior arcuate visual field defects.Image
19 IF102a Low Tension GlaucomaLow tension glaucoma with bilateral superior altitudinal field defects. Thinning of the neuroretinal rim. Cupping predominantly inferiorly. Pair with IF1_2b. Anatomy: Optic disc. Pathologhy: Glaucoma. Disease/ Diagnosis: Low tension glaucoma. Clinical: Bilateral altitudinal visual field loss.Image
20 IF102b Low Tension GlaucomaLow tension glaucoma with bilateral superior altitudinal field defects. Thinning of the neuroretinal rim. Cupping predominantly inferiorly. Pair with IF1_2b. Anatomy: Optic disc. Pathology: Glaucoma. Disease/ Diagnosis: Low tension glaucoma. Clinical: Bilateral altitudinal visual field loss.Image
21 IF104b Low Tension GlaucomaPossible low tension glaucoma. Patient with macro discs with remarkable cupping. Pair with IF1_4a. 1969. Anatomy: Optic disc. Disease/ Diagnosis: Cupping and megalopapilla (macrodisc). Clinical: Possible visual field defect.Image
22 IF104a Low Tension GlaucomaPossible low tension glaucoma. Patient with macro discs with remarkable cupping. Pair with IF1_4b. 1969. Anatomy: Optic disc. Disease/ Diagnosis: Cupping and megalopapilla (macrodisc). Clinical: Possible visual field defect.Image
23 IF105a Low Tension Glaucoma40 year old man. Megalopapilla. Right eye has superior arcuate field defect. Pair with IF1_5b. Anatomy: Optic disc. Disease/ Diagnosis: Cupping and megalopapilla (macrodisc). Clinical: Asymptomatic.Image
24 IF111d Low Tension GlaucomaLow tension glaucoma. Followed. Inferior arcuate field defect has expanded upward. Note increase in atrophy and cupping in inferior temporal disc. Pair with IF1_11a, b, d. Right eye. 1990. Anatomy: Optic disc. Pathology: Glaucoma. Disease/ Diagnosis: Low tension glaucoma. Clinical: Increased size o...Image
25 IF111b Low Tension GlaucomaLow tension glaucoma. Followed, 9 years later. Wedge defects in retinal nerve fiber defects in both temporal arcuate zones. Note small disc edge hemorrhage at 5:00. Pair with IF1_11a, c, d. Left eye. 1990. Anatomy: Optic disc. Pathology: Glaucoma. Disease/ Diagnosis: Low tension glaucoma. Clinical:...Image
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