Morning Report. copyright The University of Colorado. 11/25/09 Emily McCourt MD

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1 Morning Report 11/25/09 Emily McCourt MD

2 HPI 46 year old presents to denver health eye clinic for urgent eval. Complains of 3 days of red eye on right No previous episodes mild pain, no fbs Has spent all weekend writing a chapter, thinks his eyes are dry. 8/27/2015 2

3 HPI Vision unchanged, but not great. He states that he has had somewhat decreased vision in the right eye for 6-12 months. Last saw ophtho (?optom) in India while on vacation who was having trouble getting his glasses prescription right. Patient attributes this to possible unequal presbyopia 8/27/2015 3

4 History PMH: none PSH: None Meds: None Allergies: NKDA ROS: None FH: no significant eye history Social: no bad habits. Married. Adolescent medicine physician at TCH, DG, Univ. 8/27/2015 4

5 Ocular History Refractive error Abnormally shaped right pupil x about 6 years. Oval in shape. Unknown etiology. No eye trauma. No previous surgery. 8/27/2015 5

6 Exam Vacc Tp Pupils 20/50 PH 20/40 20/ Irreg, 4 to 3; no APD 3 to 2; no APD EOM 8/27/ Full Alignment Ortho

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13 Exam L/L: C/S: Cornea: Normal both 2-3+ injection right Clear left 2+ edema right Clear left Endothelium with beaten bronze appearance AC: Iris: Lens: Gonio: Deep and quiet both Right: see photo Left: normal Clear both Right with diffuse PAS, areas of hyperpigmented iris peripherally 8/27/

14 r v s r e t h ig r y p o 8/27/2015 c e h T i n U ity o lo o fc 14 o d a

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16 Differential Diagnosis 8/27/

17 Differential Diagnosis Iridocorneal Endothelial Sydnrome Uveitic Glaucoma Iridodialysis Posterior polymorphous dystrophy Iris nevus, cyst or tumor (iris melanoma) Siderosis Neovascular glaucoma Epithelial down growth 8/27/

18 Differential Diagnosis Iridocorneal Endothelial Sydnrome Uveitic Glaucoma Iridodialysis Posterior polymorphous dystrophy Iris nevus, cyst or tumor (iris melanoma) Siderosis Neovascular glaucoma Epithelial down growth

19 ICE Iridocorneal Endothelial Sydnrome Unilateral Not heritable Increased risk in middle aged women Patients years old Abnormal corneal endothelium proliferation Migration across tm and onto iris Endothelium has features resembling epithelial cells Possible association with HSV or EBV

20 ICE Iridocorneal Endothelial Sydnrome Unilateral Not heritable Increased risk in middle aged women Patients years old Abnormal corneal endothelium proliferation Migration across tm and onto iris Endothelium has features resembling epithelial cells Possible association with HSV or EBV 8/27/

21 ICE Iridocorneal Endothelial Sydnrome Often asymptomatic Decreased vision Occ monocular diplopia due to iris or pupil abnormalities Corneal changes with beaten bronze appearance to the endothelium in all three forms Glaucoma occurs in 50% of patients with ICE Three forms: Iris Nevus Syndrome (Cogan-Reese), Chandler Syndrome, Essential Iris Atrophy 8/27/

22 Iris Nevus Syndrome Corectopia Pigmented iris nodules from the contraction of proliferating endothelial cells pigmented, pedunculated nodules are composed of iris stroma pinched off by abnormal cellular membrane

23 Chandler Syndrome Corneal changes with beaten bronze appearance to the endothelium Can have corneal edema without increased IOP Most common form, about 50% Yanoff & Ducker, Ophthalmology, 3 rd Ed

24 Essential Iris Atrophy Iris stromal loss with corectopia and ectropion uvea Iris hole formation may be associated with ischemia of the iris Yanoff & Ducker, Ophthalmology, 3 rd Ed

25 Histopathology Essential Iris Atrophy P: peripheral synechia IP: total loss of the central iris pigment epithelium C: cornea CB: ciliary body; IR: iris root L: lens 8/27/ Yanoff & Ducker, Ophthalmology, 3 rd Ed

26 Pathology Corneal endothelium: fine, hammered silver material, similar to the guttae seen in Fuchs corneal endothelial dystrophy This appearance comes from the abnormal endothelial cells located posterior to the normal Descemet s membrane and varies in thickness (normal endothelial cells are a monolayer) The abnormal endothelial cells may have the potential to move Endothelial dysfunction causes the K edema High PAS is caused by the contraction of the endothelial cell layer and surrounding tissues These membranes can cause progressive angle closure. 8/27/

27 TREATMENT IOP and corneal edema are treated directly. If the IOP level remains uncontrolled despite medical treatment, filtration surgery - tube Late surgical failures are due to endothelialization of the fistular opening - may be reopened with a YAG. 8/27/

28 Our patient Diamox 375 bid All IOP lowering gtts maximized IOP remained in the 20s with decreased K edema, Va 20/30 Express placed yesterday 8/27/