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PROGRAM LOCATION<br />
Four Seasons Hotel<br />
1300 Lamar Street<br />
<strong>Houston</strong>, TX 77010<br />
JUNE 2 - 3, 2012<br />
H<br />
A<br />
N<br />
D<br />
O<br />
U<br />
T<br />
S
presents:<br />
Everything Retina: Contemporary Optometric Management <strong>of</strong> Retinal Disease<br />
Location:<br />
Four Seasons Hotel<br />
1300 Lamar St.<br />
<strong>Houston</strong>, Texas 77010<br />
SEMINAR AGENDA<br />
SATURDAY, JUNE 2, 2012<br />
7:00 ‐ 8:00 am Registration / Sign‐in / Breakfast & Visit Exhibits<br />
Cases from the Clinic:<br />
Proliferative Sickle Cell Retinopathy<br />
Darcy Sczepanik, OD<br />
8:00 ‐ 8:50 am<br />
Is My Child Blind? A Case <strong>of</strong> Retinoblastoma<br />
Elizabeth Knighton, OD<br />
Bioptic Telescope Driving Rehabilitation in Adult Onset Cone‐<br />
Rod Dystrophy<br />
Matt Valdes, OD<br />
8:50 ‐ 9:50 am<br />
Retinal Findings with Systemic Disease<br />
Jeffry Gerson, OD, FAAO and Diana Shechtman, OD, FAAO<br />
9:50 ‐ 10:10 am Break & Visit Exhibits<br />
Retinal Findings with Systemic Disease<br />
10:10 ‐ 11:00 am Continued from Break<br />
Jeffry Gerson, OD, FAAO and Diana Shechtman, OD, FAAO<br />
11:00 ‐ 11:50 am<br />
OCT Grand Rounds: The “HD” Experience<br />
Jeffry Gerson, OD, FAAO and Diana Shechtman, OD, FAAO<br />
11:50 ‐ 1:00 pm Lunch & Visit Exhibits<br />
BREAK‐OUT SESSION<br />
(OPTION I)<br />
1:00 ‐ 2:40 pm<br />
Meet the OCT: Maximizing the Benefits <strong>of</strong> your OCT Testing<br />
Anastas Pass, OD, JD, Terry Peterson, & the Carl Zeiss<br />
Meditec Team<br />
(OPTION II)<br />
1:00 ‐ 2:40 pm<br />
AMD and Nutritional Supplements: Counseling Strategies for<br />
Your Patients – Sorting Fact from Fiction<br />
Jeffry Gerson, OD, FAAO and Diana Shechtman, OD, FAAO<br />
2:40 ‐ 3:10 pm Break & Visit Exhibits<br />
From Print to Practice: Retina Posterior Vitreous Detachment<br />
3:10 ‐ 4:50 pm and the Common Process with Potential for Ocular Morbidity<br />
Jeffry Gerson, OD, FAAO and Diana Shechtman, OD, FAAO<br />
SUNDAY, JUNE 3, 2012<br />
7:00 ‐ 8:00 am Registration / Sign‐in / Breakfast & Visit Exhibits<br />
8:00 ‐ 9:50 am<br />
Recognizing Signs <strong>of</strong> Retinal Disease<br />
Carlo Pelino, OD, FAAO and Joseph Pizzimenti, OD, FAAO<br />
COPE ID # 34609‐PS<br />
COPE ID # 32069‐SD<br />
COPE ID # 32069‐SD<br />
COPE ID # 30347‐PS<br />
CE credit available<br />
for TX Licensed OD’s<br />
COPE ID # 33128‐PS<br />
COPE ID # 31820‐PS<br />
COPE ID # 28196‐<br />
PS
9:50 ‐ 10:10 am Break & Visit Exhibits<br />
10:10 ‐ 11:50 am<br />
Imaging the Posterior Segment<br />
Carlo Pelino, OD, FAAO and Joseph Pizzimenti, OD, FAAO<br />
11:50 ‐ 1:00 pm Lunch & Visit Exhibits<br />
Comanagement <strong>of</strong> Retinal Disease<br />
1:00 ‐ 1:50 pm Carlo Pelino, OD, FAAO and<br />
Joseph Pizzimenti, OD, FAAO<br />
Retina Grand Rounds<br />
1:50 ‐ 3:40 pm Carlo Pelino, OD, FAAO and<br />
Joseph Pizzimenti, OD, FAAO<br />
3:40 ‐ 4:00 pm Break & Visit Exhibits<br />
Low Vision Rehabilitation<br />
4:00 ‐ 4:50 pm Carlo Pelino, OD, FAAO and<br />
Joseph Pizzimenti, OD, FAAO<br />
CE on CD‐ROM<br />
Pr<strong>of</strong>essional Responsibility for Texas Optometrists<br />
Course is 1‐Hour in Duration<br />
COPE ID # 30995‐<br />
PS<br />
COPE ID # 31444‐<br />
PS<br />
COPE ID # 28790‐<br />
PS<br />
COPE ID # 29560‐LV
Darcy R. Sczepanik, O.D.<br />
<strong>University</strong> <strong>of</strong> <strong>Houston</strong> College <strong>of</strong> <strong>Optometry</strong><br />
June 2, 2012<br />
CASE HISTORY<br />
40yo AA female referred for evaluation <strong>of</strong><br />
inferior RH with associated local RD OS<br />
CC: sudden blurred vision OS x 1 week<br />
preceded by floaters with VA<br />
improvement x 2 days<br />
(‐)flashes<br />
(‐)trauma<br />
POHX: unremarkable except mild CMA OU<br />
FOHX: noncontributory<br />
PMHX: (+) sickle cell disease –HbSC<br />
(‐) systemic manifestations<br />
(‐) previous ocular disorders<br />
FMHX:<br />
(+) sickle cell trait<br />
(+) HTN<br />
(+) DM Type 2<br />
5/15/2012<br />
1
Meds: occasional zolpidem (Ambien)<br />
Allergies: lev<strong>of</strong>loxacin (Levaquin)<br />
Social Hx:<br />
(+) social alcohol use<br />
(‐) smoking<br />
(‐) illicit drug use<br />
Business woman <strong>of</strong>ten working overseas<br />
EXAMINATION 1:<br />
QUESTIONS?<br />
BCVA: 20/20 OD and 20/25 OS<br />
Pupils, EOMs, CF unremarkable OU<br />
IOP: 17 mmHg OD and 16 mmHg OS –<br />
Tono‐Pen<br />
BP: 94/60 mmHg<br />
5/15/2012<br />
2
EXAMINATION 1 CONTINUED:<br />
SLE<br />
unremarkable anterior segment OD<br />
(+) pigment in anterior vitreous OS<br />
DFE<br />
OD<br />
OS<br />
unremarkable posterior segment OD<br />
• (‐) RH/RT/RD/VH<br />
(+) diffuse VH OS (‐)RH/RT/RD<br />
(+) salmon patch temporally bordered by<br />
nonperfused retina<br />
5/15/2012<br />
3
OS<br />
ASSESSMENT & PLAN:<br />
Proliferative sickle cell retinopathy OS<br />
Sector photocoagulation with argon laser<br />
to nonperfused retina<br />
IVFA next visit (3‐4 weeks)<br />
No NSAIDs, ASA, strenuous activity until<br />
further notice<br />
EXAMINATION 2 …6 weeks later<br />
CC: increased floaters and (+)temporal<br />
flashes x 1 week OS<br />
(‐) blur<br />
(‐) NSAIDs, ASA, strenuous activity<br />
BCVA: 20/20 OD and 20/20‐2 OS<br />
Pupils, EOMs, CF, and IOPs unremarkable<br />
5/15/2012<br />
4
EXAMINATION 2 CONTINUED<br />
DFE OS<br />
clearing VH<br />
regression <strong>of</strong> salmon patch with pigmented<br />
laser temporally<br />
(+) mild ERM and intraretinal hemorrhages<br />
OS<br />
OS<br />
5/15/2012<br />
5
OS –Early phase<br />
OS –Late phase<br />
ASSESSMENT & PLAN:<br />
Proliferative sickle cell retinopathy with<br />
resolving VH<br />
Additional areas <strong>of</strong> nonperfusion temporal<br />
to salmon patch<br />
Neovascularization localized temporally via<br />
DFE and IVFA<br />
○ PRP OS completed<br />
○ RTC x 2 mo for reassessment<br />
5/15/2012<br />
6
QUESTIONS?<br />
SICKLE CELL DISEASE<br />
Autosomal recessive blood disorder affecting<br />
those <strong>of</strong> African and Mediterranean descent<br />
Sickle‐shaped, rigid red blood cells<br />
○ Occlusions<br />
Necrosis, retinal disease, organ failure<br />
○ Hemolysis (SC RBCs live 10‐12 days vs. normal 120 days)<br />
Anemia<br />
Various types with different effects<br />
○ HbSS<br />
○ HbSC<br />
○ HbS‐Thal<br />
TYPES OF SICKLE CELL<br />
DISEASE<br />
HbSS<br />
Homozygous<br />
Most common<br />
1/500 AA births<br />
○ 1/12 AA carry sickle cell trait<br />
Systemic > ocular effects<br />
HbSC<br />
Heterozygous<br />
Second most common<br />
1/1200 AA births<br />
Ocular >>systemic effects<br />
○ Mechanisms unclear<br />
HbA HbS<br />
HbA HbAA HbAS<br />
HbS HbAS HbSS<br />
HbA HbC<br />
HbA HbAA HbAC<br />
HbS HbAS HbSC<br />
5/15/2012<br />
7
NONPROLIFERATIVE SIGNS<br />
Anterior<br />
○ Tortuous vessels<br />
○ Hyphema<br />
○ Iris atrophy<br />
***pts asymptomatic<br />
Nonproliferative<br />
○ Salmon patch<br />
hemes<br />
○ Black sunbursts<br />
○ Iridescent deposits<br />
○ ERMs<br />
○ CRAO<br />
○ Macular thinning<br />
○ Angioid streaks<br />
PROLIFERATIVE SIGNS & SYMPTOMS<br />
Signs<br />
Sea fan neovascularization (15% SS v. 40% SC)<br />
Vitreous hemorrhage (2% SS v. 20% SC)<br />
Tractional retinal detachments (O% SS v. 10% SC)<br />
Symptoms<br />
Blurred vision<br />
Floaters<br />
Flashes<br />
Loss <strong>of</strong> vision<br />
Distorted vision<br />
A<br />
OCULAR EFFECTS<br />
A<br />
B C<br />
B<br />
AA<br />
C<br />
5/15/2012<br />
8
OS<br />
PERIPHERAL VASCULAR STRUCTURE<br />
A: HbAA – smooth border with progressive capillary thinning and AV<br />
loops<br />
B: HbSS – progressive capillary thinning with AV loops into non‐perfusion<br />
C: HbSC – irregular border with abrupt termination <strong>of</strong> dense capillary<br />
bed and capillary stumps<br />
A B C<br />
2<br />
1<br />
3<br />
5/15/2012<br />
9
IVFA<br />
ANCILLARY TESTING<br />
Visualize neovascularization process<br />
Locate ischemia<br />
B‐scan –if retina obscured<br />
OCT – macular thinning 2’ non‐perfusion<br />
Electrophoresis –ID SCD and genotype<br />
Isoelectric focusing –more specific ID<br />
TREATMENT<br />
Controversial due to auto‐involution <strong>of</strong><br />
neovascularization (32% <strong>of</strong> cases)<br />
Photocoagulation with argon laser method <strong>of</strong><br />
choice<br />
Sectorally anterior to ischemia<br />
Panretinally (360 degree fashion)<br />
PPV – recalcitrant cases<br />
Anti‐VEGF?<br />
DIFFERENTIAL DIAGNOSES<br />
Proliferative diabetic retinopathy<br />
Sarcoidosis<br />
Embolic (talc) retinopathy<br />
BRVO with NVE<br />
5/15/2012<br />
10
REFERENCES<br />
Aliyu ZY, Tumblin AR, Kato GJ. Current therapy <strong>of</strong> sickle cell disease. Haematologica. 2006 Jan; 91(1):7-10.<br />
Fadugbagbe AO, Gurgel RQ, Mendonça CQ, Cipolotti R, dos Santos AM, Cuevas LE. Ocular manifestations <strong>of</strong> sickle<br />
cell disease. Ann Trop Paediatr. 2010; 30(1):19-26<br />
Centers for Disease Control and Prevention. National sickle cell disease fact sheet: data and statistics, 2011. Atlanta,<br />
GA: U.S. Department <strong>of</strong> Health and Human Services, Centers for Disease Control and Prevention, 2011.<br />
Elagouz M, Jyothi S, Gupta B, Sivaprasad S. Sickle cell disease and the eye: old and new concepts. Surv Ophthalmol.<br />
2010 Jul 8; 55(4):359-77. Epub 2010 May 10.<br />
Osafo-Kwaako A, Kimani K, Ilako D, et al. Ocular manifestations <strong>of</strong> sickle cell disease at the Korle-bu Hospital, Accra,<br />
Ghana. Eur J Ophthalmol. 2010 Nov 4.<br />
Chow CC, Genead MA, Anastasakis A, Chau FY, Fishman GA, Lim JI. Structural and Functional Correlation in Sickle<br />
Cell Retinopathy Using Spectral-Domain Optical Coherence Tomography and Scanning Laser Ophthalmoscope<br />
Microperimetry. Am J Ophthalmol. 2011 Jul 2.<br />
Liem RI, Calamaras DM, Chhabra MS, Files B, Minniti CP, Thompson AA. Sudden-onset blindness in sickle cell<br />
disease due to retinal artery occlusion. Pediatr Blood Cancer. 2008 Mar; 50(3):624-7.<br />
Driss A, Asare KO, Hibbert JM, Gee BE, Adamkiewicz TV, Stiles JK. Sickle Cell Disease in the Post Genomic Era: A<br />
Monogenic Disease with a Polygenic Phenotype. Genomics Insights. 2009 Jul 30; 2009(2):23-48.<br />
Diallo JW, Sanfo O, Blot I, et al. Epidemiology and prognostic factors for sickle cell retinopathy in Ouagadougou<br />
(Burkina Faso). J Fr Ophtalmol. 2009 Sep; 32(7):496-500. Epub 2009 Jun 10.<br />
Koduri PR, Agbemadzo B, Nathan S. Hemoglobin S-C disease revisited: clinical study <strong>of</strong> 106 adults. Am J Hematol.<br />
2001 Dec; 68(4):298-300.<br />
Gill HS, Lam WC. A screening strategy for the detection <strong>of</strong> sickle cell retinopathy in pediatric patients. Can J<br />
Ophthalmol. 2008 Apr;43(2):188-91.<br />
Dalibalta S, Ellory JC, Browning JA, Wilkins RJ, Rees DC, Gibson JS. Novel permeability characteristics <strong>of</strong> red<br />
blood cells from sickle cell patients heterozygous for HbS and HbC (HbSC genotype). Blood Cells Mol Dis. 2010<br />
Jun 15; 45(1):46-52. Epub 2010 Mar 15.<br />
Goldberg MF: Classification and pathogenesis <strong>of</strong> proliferative sickle retinopathy. Am J Ophthalmol 1971; 71:649.<br />
Penman AD, Talbot JF, Chuang EL, Thomas P, Serjeant GR, Bird AC. New classification <strong>of</strong> peripheral retinal<br />
vascular changes in sickle cell disease. Br J Ophthalmol. 1994 Sep; 78(9):681-9.<br />
Downes SM, Hambleton IR, Chuang EL, Lois N, Serjeant GR, Bird AC. Incidence and natural history <strong>of</strong><br />
proliferative sickle cell retinopathy: observations from a cohort study. Ophthalmology. 2005 Nov; 112(11):1869-75.<br />
Epub 2005 Sep 19.<br />
Sayag D, Binaghi M, Souied EH, et al. Retinal photocoagulation for proliferative sickle cell retinopathy: a<br />
prospective clinical trial with new sea fan classification. Eur J Ophthalmol. 2008 Mar-Apr; 18(2):248-54.<br />
Farber MD, Jampol LM, Fox P, et al. A randomized clinical trial <strong>of</strong> scatter photocoagulation <strong>of</strong> proliferative sickle<br />
cell retinopathy. Arch Ophthalmol. 1991 Mar; 109(3):363-7.<br />
Williamson TH, Rajput R, Laidlaw DA, Mokete B. Vitreoretinal management <strong>of</strong> the complications <strong>of</strong> sickle cell<br />
retinopathy by observation or pars plana vitrectomy. Eye (Lond). 2009 Jun; 23(6):1314-20. Epub 2008 Oct 3.<br />
Mohan JS, Lip PL, Blann AD, Bareford D, Lip GY. The angiopoietin/Tie-2 system in proliferative sickle<br />
retinopathy: relation to vascular endothelial growth factor, its soluble receptor Flt-1 and von Willebrand factor, and<br />
to the effects <strong>of</strong> laser treatment. Br J Ophthalmol. 2005 Jul; 89(7):815-9.<br />
Cao J, Mathews MK, McLeod DS, Merges C, Hjelmeland LM, Lutty GA. Angiogenic factors in human proliferative<br />
sickle cell retinopathy. Br J Ophthalmol. 1999 Jul; 83(7):838-46.<br />
Solovey A, Gui L, Ramakrishnan S, Steinberg MH, Hebbel RP. Sickle cell anemia as a possible state <strong>of</strong><br />
enhanced anti-apoptotic tone: survival effect <strong>of</strong> vascular endothelial growth factor on circulating and unanchored<br />
endothelial cells. Blood. 1999 Jun 1; 93(11):3824-30.<br />
QUESTIONS?<br />
5/15/2012<br />
11
19 month old CF<br />
Is My Child Blind?:<br />
A Case <strong>of</strong> Bilateral<br />
Retinoblastoma<br />
POHx<br />
• Retinoblastoma OU<br />
– Dx at 9 months old<br />
– Systemic, periocular and<br />
intraarterial chemotherapy<br />
• Left esotropia<br />
• Retinal detachment OU<br />
– Laser surgery OU<br />
Elizabeth Knighton, OD<br />
Pediatric <strong>Optometry</strong> Resident<br />
Grand Rounds, Spring 2012<br />
Patient History<br />
Examination<br />
Spectacle Rx: VA: Cardiff Cards<br />
• OD: +5.25 sph 20/100<br />
• OS: +2.00 sph UTT, strong RTO OD<br />
• OU: 20/100<br />
Hirschberg/Krimsky<br />
• 16Δ LET<br />
EOM: FROM<br />
Pupils: PERRL ‐APD<br />
Confrontation VF<br />
• Full to the left OU<br />
• 30‐40 degrees in all right fields OU<br />
PMHx<br />
• Eczema<br />
• Medications: none<br />
• Allergies: NKDA<br />
FOHx<br />
• Color vision anomaly,<br />
father<br />
FMHx<br />
• DM, pgf<br />
Social Hx<br />
• ECI meeting Dec 2011/Jan<br />
2012<br />
1
Examination<br />
Pease‐Allen Color Test: Passed both plates OU<br />
Dry Retinoscopy<br />
• +4.00 ‐2.75 x030<br />
• +2.25 sph<br />
Cycloplegic Retinoscopy<br />
• +6.00 ‐1.50 x010<br />
• +3.50 ‐0.50 x170<br />
• Anterior Segment: WNL<br />
• IOP: s<strong>of</strong>t, equal OD OS<br />
Examination<br />
• Denver II:<br />
– passed in all categories<br />
• Personal/Social<br />
• Fine Motor/Adaptive<br />
• Language<br />
• Gross Motor<br />
2
Examination<br />
Posterior Segment:<br />
• Cup/Disc: 0.3 OD; UTV OS<br />
• Disc: well perfused, distinct OD; UTV OS<br />
• Macula: flat, intact OD; UTV OS<br />
• Vessels: 2/3 OD, OS<br />
• Post Pole:<br />
– OD: Calcified retinoblastoma inferior/temporal to<br />
posterior pole<br />
– OS: Calcified retinoblastoma central to macula<br />
• Periphery: no abnormalities in glimpses <strong>of</strong><br />
midperiphery 360<br />
Treatment & Management<br />
• New spectacle RX given<br />
– Includes astigmatism correction<br />
– No cut back on plus power for magnification<br />
• Return to clinic in 2‐3 months<br />
– Check visual acuity, alignment, fields, contrast<br />
3
Follow Up Examination<br />
Patient age: 22 months<br />
Spectacle Rx: VA: Cardiff Cards<br />
• OD: +6.00 ‐1.50 x010 20/63 (Card I, 50 cm)<br />
• OS: +3.50 ‐0.50 x170 UTT, strong RTO OD<br />
• OU: 20/80 (Card H, 50 cm)<br />
Hirschberg/Krimsky: 30‐35Δ CLET<br />
EOM: FROM<br />
Pupils: PERRL ‐APD<br />
Confrontation VF: Poor patient cooperation<br />
OD<br />
OS<br />
4
OS<br />
Retinoblastoma<br />
• Mutation <strong>of</strong> RB1 gene at 13q14<br />
• Unilateral sporadic form<br />
– Diagnosed 18‐24 months on average<br />
• Bilateral germline form<br />
– Diagnosed by 12 months on average<br />
• Retinoblastoma survivor has 50% chance <strong>of</strong><br />
giving RB1 mutation to child<br />
• Unilateral retinoblastoma survivors have a 7%<br />
risk <strong>of</strong> having an affected child<br />
Retinoblastoma<br />
• Endophytic: tumor grows in vitreous cavity<br />
• Exophytic: tumor grows in subretinal space<br />
5
Diagnosis <strong>of</strong> Retinoblastoma<br />
• Common presentation:<br />
– Leukocoria<br />
– Strabismus<br />
• HPI, FOHx, FMHx, PMHx<br />
• DFE (patient, parents, siblings)<br />
• Ultrasound<br />
• Exam under anesthesia<br />
Referrals for potential retinoblastoma<br />
Retinoblastoma<br />
68%<br />
Other<br />
32%<br />
PFV<br />
10%<br />
Coats'<br />
9%<br />
Other<br />
13%<br />
Differential Diagnosis<br />
Vitroretinopathy<br />
• Coats’ disease<br />
• Persistent fetal vasculature<br />
• Retinopathy <strong>of</strong> prematurity<br />
• Familial exudative<br />
vitreoretinopathy<br />
• X‐linked retinoschisis<br />
• Norrie’s Disease<br />
• Incontinentia pigmenti<br />
Congenital<br />
• Cataract<br />
• Coloboma<br />
• Morning Glory Disc<br />
Tumors<br />
• Meduloepithelioma<br />
• Astrocytic hamartoma<br />
• Diffuse choroidal<br />
hemangioma<br />
• Juvenile xanthogranuloma<br />
Infections<br />
• Toxocariasis<br />
• Toxoplasmosis<br />
• Endogenous endophthalmitis<br />
6
Group Sub‐<br />
group<br />
Quick<br />
Reference<br />
Specific Features<br />
A A Small tumor RB ≤ 3 mm in size<br />
B B Larger tumor<br />
• Macula<br />
• Juxtapapillary<br />
• Subretinal Fluid<br />
C<br />
D<br />
C1<br />
C2<br />
C3<br />
D1<br />
D2<br />
D3<br />
RB > 3 mm in size OR<br />
• Macular RB (≤ 3 mm to foveola)<br />
• Juxtapapillary RB (≤ 1.5 mm to disc)<br />
• Clear subretinal fluid ≤ 3 mm from margin<br />
Focal seeds RB with:<br />
Subretinal seeds ≤ 3 mm from RB<br />
Vitreous seeds ≤ 3 mm from RB<br />
Both subretinal & vitreous seeds ≤ 3mm from RB<br />
Diffuse seeds RB with:<br />
Subretinal seeds > 3mm from RB<br />
Vitreous seeds > 3 mm from RB<br />
Both subretinal and vitreous seeds > 3mm from RB<br />
E E Extensive RB Extensive RB occupying >50% <strong>of</strong> globe OR<br />
• Neovascular glaucoma<br />
• Opaque media from hemorrhage in anterior<br />
chamber, vitreous or subretinal space<br />
• Invasion <strong>of</strong> postlaminar optic nerve, choroid<br />
(>2mm), sclera, orbit or anterior chamber<br />
Treatment <strong>of</strong> Retinoblastoma<br />
Treatment Most Effective on: Method<br />
Laser Treatment • Smaller tumors<br />
• Chemoreduced tumors<br />
Cryotherapy • Larger, peripheral tumors<br />
• Localized vitreous disease close to<br />
the retina<br />
External Beam<br />
Radiotherapy<br />
• Diffuse disease in the only<br />
remaining eye<br />
• Non‐responsive recurrent disease<br />
Brachytherapy • Localized vitreous disease<br />
• Elevated tumors where laser is<br />
ineffective<br />
532 nM green or 810 nM<br />
infrared laser<br />
Probe applied through sclera<br />
at ‐60° to ‐80°C; cryonecrosis<br />
Radiation applied to eye from<br />
external source<br />
Radioactive plaque <strong>of</strong> Iodine<br />
( 131 I) or Ruthenium ( 106 Ru)<br />
attached to sclera<br />
Treatment <strong>of</strong> Retinoblastoma<br />
Treatment Most Effective on: Method<br />
Chemotherapy<br />
4‐6cycles <strong>of</strong> Carboplatin,<br />
Etoposide & Vincristine (CEV)<br />
at 3 week intervals<br />
Intra‐arterial<br />
Chemotherapy<br />
• Any tumors, including extraocular<br />
involvement and metastases<br />
• Vitreous and sub‐retinal disease<br />
Enucleation • Advanced monocular disease<br />
• Worse eye <strong>of</strong> bilateral cases<br />
Transfemoral artery<br />
cannulation to direct delivery<br />
<strong>of</strong> Melphalan to ophthalmic<br />
artery<br />
Eye is removed with a long<br />
segment <strong>of</strong> optic nerve<br />
7
Percent Success<br />
100<br />
90<br />
80<br />
70<br />
60<br />
50<br />
40<br />
30<br />
20<br />
10<br />
0<br />
Prognosis <strong>of</strong> Retinoblastoma<br />
100<br />
Success Rate with Chemoreduction<br />
93<br />
A B C D<br />
ICRB Category<br />
Intraarterial Chemotherapy<br />
• Cannulation <strong>of</strong> the internal carotid artery<br />
• Melphalan infusion administered to<br />
ophthalmic artery 97.51% <strong>of</strong> the time<br />
Intra‐arterial Chemotherapy Prognosis<br />
• Of mostly advanced eyes (ICRB D), 70% were<br />
salvaged at two years<br />
– 81.7% <strong>of</strong> those initially treated with chemosurgery<br />
– 58.4% <strong>of</strong> those with prior conventional treatment<br />
90<br />
47<br />
8
Before & After<br />
Before & After<br />
Supportive Treatment<br />
• Protective eyewear<br />
• Low vision rehabilitation<br />
• Prosthesis fitting for enucleated eyes<br />
• Long term monitoring for other tumors<br />
• Psychological support for patient and family<br />
9
Clinical Pearls<br />
• Mothers are always right.<br />
• Co‐management is essential.<br />
• Stay updated on new technologies.<br />
References<br />
1. P. Lin and J. M. O'Brien, "Frontiers in the Management <strong>of</strong> Retinoblastoma," Am J Ophthalmol, vol. 148, pp.<br />
192‐198, 2009.<br />
2. M. W. Wilson, "Pediatric Ocular Tumors and Simulating Lesions," in Pediatric Ophthalmology: Current<br />
Thought and A Practical Guide, Berlin, Springer, 2009, pp. 403‐418.<br />
3. Kanski, Ophthalmology, New York: Elsevier, 2011.<br />
4. M. V. Parulekar, "Retinoblastoma ‐ Current Treatment and Future Direction," Early Human Development,<br />
vol. 86, pp. 619‐625, 2010.<br />
5. G. T. Lueder, "The Effect <strong>of</strong> Initial Recognition <strong>of</strong> Abnormalities by Physicians on Outcome <strong>of</strong><br />
Retinoblastoma," J AAPOS, vol. 9, pp. 383‐385, 2005.<br />
6. S. K. <strong>Houston</strong>, T. G. Murray, S. Q. Wolfe and C. E. Fernandes, "Current Update on Retinoblastoma,"<br />
International Ophthalmology Clinics, vol. 51, no. 1, pp. 77‐91, 2011.<br />
7. C. L. Shields, A. Mashayekhi, A. K. Au, C. Czyz, A. Leahey, A. T. Meadows and J. A. Shields, "The International<br />
Classification <strong>of</strong> Retinoblastoma Predicts Chemoreduction Success," Ophthalmology, vol. 113, pp. 2276‐<br />
2280, 2006.<br />
8. C. L. Shields, S. G. Honavar, A. T. Meadows, J. A. Shields, H. Demirci, A. Singh, D. L. Friedman and T. J.<br />
Naduvilath, "Chemoreduction Plus Focal Therapy for Retinoblastoma: Factors Predictive <strong>of</strong> Need for<br />
Treatment With External Beam Radiotherapy or Enucleation," Am J Ophthalmol, vol. 133, pp. 657‐664, 2002.<br />
9. D. H. Abramson, "Chemosurgery for Retinoblastoma: What We Know after 5 Years," Arch Ophthalmol, vol.<br />
129, no. 11, pp. 1492‐1494, 2011.<br />
References<br />
10. D. H. Abramson, I. J. Dunkel, S. E. Brodie, J. W. Kim and Y. P. Gobin, "A Phase I/II Study <strong>of</strong> Direct Intraarterial<br />
(Ophthalmic Artery) Chemotherapy with Melphan for Intraocular Retinoblastoma," Ophthalmology, vol. 115,<br />
pp. 1398‐1404, 2008.<br />
11. C. L. Shields, C. G. Bianciotto, P. Jabbour, A. Ramasubramanian, S. E. Lally, G. C. Griffin, R. Rosenwasser and J.<br />
A. Shields, "Intra‐Arterial Chemotherapy for Retinoblastoma: Report No. 1, Control <strong>of</strong> Retinal Tumors,<br />
Subretinal Seeds, and Vitreous Seeds," Arch Ophthalmol, vol. 129, no. 11, pp. 1399‐1406, 2011.<br />
12. C. L. Shields, A. Ramasubramanian, R. Rosenwasser and J. A. Shields, "Superselective Catheterization <strong>of</strong> the<br />
Ophthalmic Artery for Intraarterial Chemotherapy for Retinoblastoma," Retina, pp. 1207‐1209.<br />
13. Y. P. Gobin, I. J. Dunkel, B. P. Marr, S. E. Brodie and D. H. Abramson, "Intra‐Arterial Chemotherapy for the<br />
Management <strong>of</strong> Retinoblastoma: Four‐Year Experience," Arch Ophthalmol, vol. 129, no. 6, pp. 732‐737, 2011.<br />
14. C. L. Shields, C. G. Bianciotto, P. Jabbour, G. C. Griffin, A. Ramasubramanian, R. Rosenwasser and J. A.<br />
Shields, "Intra‐arterial Chemotherapy for Retinoblastoma: Report No. 2, Treatment Complications," Arch<br />
Ophthalmol, vol. 129, no. 11, pp. 1407‐1415, 2011.<br />
15. D. H. Abramson, "Retinoblastoma in the 20th Century: Past Success and Future Challenges," Investigative<br />
Ophthalmology & Visual Science, vol. 46, no. 8, pp. 2684‐2691, August 2005.<br />
16. A. E. Rizzuti, I. J. Dunkel and D. H. Abramson, "The Adverse <strong>Event</strong>s <strong>of</strong> Chemotherapy for Retinoblastoma,"<br />
Arch Ophthalmol, vol. 126, no. 6, pp. 862‐865, 2008.<br />
17. T. Marees, A. C. Moll, S. M. Imh<strong>of</strong>, M. R. de Boer, P. J. Ringens and F. E. van Leeuwen, "Risk <strong>of</strong> Second<br />
Malignancies in Survivors <strong>of</strong> Retinoblastoma: More than 40 Years <strong>of</strong> Follow Up," J Natl Cancer Inst, vol. 100,<br />
pp. 1771‐1779, 2008.<br />
10
Late Onset Cone-Rod Dystrophy<br />
Bioptic Telescope Driving Rehabilitation<br />
Patient PP – 49 yo AF<br />
Matt Valdes, OD<br />
Resident, Low Vision Rehabilitation<br />
CC: Evaluation <strong>of</strong> bilateral<br />
central field loss<br />
HPI:<br />
LEE: 1 month prior (outside clinic)<br />
Gradual decline in central vision<br />
and color discrimination<br />
Patient History<br />
POH:<br />
(+) Macular mottling, OU<br />
(+) Macular thinning, OU<br />
PMH:<br />
Unremarkable<br />
Meds:<br />
Vitamin D<br />
Centrum<br />
ALL: NKA<br />
FOHx:<br />
Unremarkable<br />
FMHx:<br />
Unremarkable<br />
No common ancestry<br />
SH:<br />
Sales Associate<br />
Driving: self-restricted<br />
5/15/2012<br />
1
PR<br />
Previous Care: Photos<br />
Previous Care: OCT<br />
Previous Care: OCT<br />
Abnormal Normal<br />
RPE<br />
RPE<br />
PR<br />
5/15/2012<br />
2
Previous Care: Electro-diagnostic testing<br />
ERG<br />
VEP:<br />
Very low amplitudes/<br />
implicit times<br />
Could not be reliably<br />
determined due to poor<br />
wave form formation.<br />
ERG:<br />
Reduced scotopic and<br />
photopic B-waves,<br />
Scotopic greater than<br />
photopic<br />
Previous Care: HVF 30-2 SITA STD<br />
OD: Borderline OS: WNL<br />
Summary<br />
Assessment Plan<br />
Late Onset Cone Rod<br />
Dystrophy<br />
Reduce central acuity<br />
Macular thinning<br />
Macular mottling<br />
Reduced VEP/ERG<br />
Intact peripheral vision<br />
Refer to Center for Sight<br />
Enhancement for LV<br />
evaluation<br />
5/15/2012<br />
3
Question?<br />
Low Vision Goals<br />
Near:<br />
Increase independence at<br />
work and home reading<br />
small print<br />
Price tags<br />
Distance:<br />
Improve distance vision<br />
Driving: Renew DL<br />
Recognizing faces<br />
Seeing the monitor at Temple<br />
Low Vision Exam<br />
Entering VA, sc:<br />
OD: 10/60 (FB)<br />
OS: 10/60 (FB)<br />
OU: 10/60 (FB)<br />
IOP:<br />
OD: 14mmHg<br />
OS: 15mmHg<br />
Pupils: ERRL, (-)RAPD<br />
EOMS: Full, OU<br />
SLE:<br />
Pinguecula, OD/OS<br />
BCVA:<br />
-0.50DS 10/60<br />
Plano 10/60<br />
5/15/2012<br />
4
Low Vision Exam: Devices<br />
Near Devices: Acuity Performance<br />
+2.50 OTC readers 0.4/01.6M (CT)<br />
+5.00 Near<br />
microscopes<br />
+9D Schweizer<br />
Okolux Plus<br />
Distance Devices<br />
0.16/0.8M (CT)<br />
0.16/1.0M (CT)<br />
2.5x HHTS 10/40 (OS)<br />
Ancillary Testing<br />
Binocular Esterman Field<br />
Screener<br />
Summary Exam #1<br />
• Unable to read<br />
small print (1.0M)<br />
• Good response to<br />
magnification<br />
• Adequate working<br />
distance<br />
• Resistance to<br />
device<br />
(-) alignment<br />
(-) focusing<br />
(-) spotting<br />
Assessment Plan<br />
Late Onset Cone Rod<br />
Dystrophy<br />
Goal: Reading<br />
Goal: Distance Spotting<br />
Goal: Driving<br />
Full fields<br />
Points Seen: 120/120<br />
Continue care with referring<br />
doctor<br />
Released Rx for +5.00D near<br />
readers<br />
RTC for additional training<br />
prior to prescribing any devices<br />
Counseled and educated on<br />
DPS guidelines<br />
Recommendation: D/C driving<br />
until completion <strong>of</strong> BTS training<br />
5/15/2012<br />
5
Follow up: 9 mos later<br />
Exam Findings:<br />
Entering VA, sc:<br />
OD: 10/80+ (FB)<br />
OS: 10/60-2 (FB)<br />
OU: 10/60 (FB)<br />
Pupils: ERRL, (-)RAPD<br />
EOMS: Full, OU<br />
CC: Central vision loss<br />
secondary to late onset conerod<br />
dystrophy<br />
Goals:<br />
Driving rehabilitation<br />
Evaluate current low vision<br />
devices<br />
+5.00 SV readers<br />
Low Vision Exam: Near<br />
BCVA:<br />
+0.25-0.75x100 10/80+<br />
+0.50-0.75x094 10/60-<br />
Device Acuity Performance<br />
+5.00 SV Readers: 0.16/0.8M (CT) • Overall good<br />
Eschenbach 16D<br />
(4x) Easy Pocket<br />
IHHM:<br />
0.5-0.8M (SL)<br />
Internals: undilated 78D<br />
ONH: Flat/distinct margins, OU<br />
C/D: 0.35R, OD/OS<br />
Macula: (+) macular mottling, OU<br />
Retina: (-) breaks, OU<br />
• Trouble with<br />
working distance<br />
• Good response to<br />
magnification<br />
5/15/2012<br />
6
Low Vision Exam: Distance<br />
Device Acuity Performance<br />
2.2x FD WATS: trial<br />
frame<br />
10/40 -2 (OD)<br />
4x Ocutech Sport: 10/20 (OD)<br />
Ancillary Testing<br />
Dynavision: Full/Mode A<br />
Trial 1: 47, 1.25 hits/sec<br />
Trial 2: 67, 0.98 hits/sec<br />
Trial 3: 54, 1.11 hits/sec<br />
Binocular Esterman:<br />
Full fields (>140 degrees)<br />
Summary Exam #2<br />
Assessment<br />
Late Onset Cone Rod<br />
Dystrophy<br />
Goal: Reading<br />
4x Easy Pocket: 0.5-0.8M<br />
Goal: Driving<br />
4x BTS: 20/40<br />
Fields: >140 degrees<br />
Dynavision: 52 hits/min<br />
• Good response to<br />
magnification<br />
• Good spotting<br />
•Trouble with<br />
focusing/alignment<br />
• Good response to<br />
magnification<br />
Plan<br />
Continue care with<br />
referring doctor<br />
Ordered 4x Easy pocket<br />
for quick spotting<br />
OT training recommended<br />
C+E on BTS driving<br />
rehabilitation<br />
RTC for OT training<br />
Metro-lift application<br />
5/15/2012<br />
7
OT Training Summary w/ Danny (4 visits)<br />
4x Easy Pocket<br />
IHHM<br />
Goal:<br />
1. Quick spotting<br />
2. Working distance<br />
1. Price tags<br />
2. Bills<br />
3. Magazine print<br />
Completed<br />
Questions?<br />
4x Ocutech BTS<br />
Goal:<br />
1. Device efficiency<br />
2. Distance spotting<br />
1. Static target/patient<br />
2. Static pt/kinetic targets<br />
3. Kinetic target/pt<br />
Completed<br />
Dynavision<br />
Goal:<br />
1. Safe driver category<br />
2. Visual scanning<br />
1. Full/Mode A/1min<br />
2. Full/Mode A/Distractor<br />
3. Full/Mode A/4min<br />
Maintained<br />
What is Bioptic Telescope Driving?<br />
Passenger Driving<br />
Route<br />
Goal:<br />
95-100% accurate<br />
identification<br />
1. Street signs<br />
2. Pedestrians<br />
3. Obstacles<br />
Pending<br />
5/15/2012<br />
8
Bioptic Telescope Driving<br />
Spectacle mounted<br />
telescope<br />
See objects from a further<br />
distance<br />
Majority <strong>of</strong> viewing through<br />
carrier lens.<br />
Intermittent use while<br />
driving (quick spotting)<br />
DPS regulated<br />
Bioptic Telescope<br />
Texas DPS Regulations<br />
Department <strong>of</strong> Public Safety<br />
Unrestricted:<br />
20/40 (uncorrected)<br />
Restricted:<br />
20/50-20/70 (best corrected)<br />
BTS Driving:<br />
20/80 – 20/160 (carrier)<br />
At least 20/40 through telescope<br />
>140 degs (horizontal field)<br />
Restrictions:<br />
Day time only<br />
Less than 45mph<br />
No highway driving<br />
Familiar areas<br />
With corrective lenses<br />
DL-63<br />
DPS <strong>of</strong>fice (OT)<br />
5/15/2012<br />
9
Center For Sight Enhancement<br />
What makes a good candidate?<br />
Motivation<br />
Confidence<br />
Stability <strong>of</strong> ocular<br />
condition<br />
* We do not address behind the wheel driving ability<br />
Cognitive ability<br />
Mini Mental State<br />
Examination (MMSE)<br />
Short Portable Mental<br />
Status Questionnaire<br />
(SPMSQ)<br />
How to predict on-road performance with<br />
<strong>of</strong>f-road assessment?<br />
Cognitive Drivers Behavioral<br />
Inventory (CDBI)<br />
27 tests <strong>of</strong> driving related<br />
visual skills<br />
Study: 66-95.5% who<br />
passed CDBI passed onroad<br />
assessment<br />
Limitations:<br />
Cost<br />
Time Consuming<br />
Why?<br />
Independence<br />
Social<br />
Economical<br />
Quality <strong>of</strong> life<br />
Depression<br />
Social Isolation<br />
Standard <strong>of</strong> Care<br />
Don’t get sued!<br />
Dynavision<br />
Active visual scanning<br />
exercise<br />
Peripheral vision awareness<br />
Visual attentions<br />
Visual motor function<br />
Study: 66-75% who passed<br />
dynavision passed on-road<br />
assessment<br />
5/15/2012<br />
10
Insights gained<br />
Don’t let perception<br />
displace reality<br />
Premium services in high<br />
demand are well<br />
compensated<br />
There’s no I in TEAM<br />
Unless you spell it in<br />
Spanish<br />
Culture/Family Dynamics<br />
Codes & Fees<br />
Visit # Code Description Fee<br />
1 99204 Initial LV Evaluation 176.00<br />
LV1 Refraction 60.00<br />
2 99214 Former LV Evaluation 115.00<br />
LV2 Refraction 35.00<br />
92082 Binocular Esterman 75.00<br />
V2600 Eschenbach 4x Easy Pocket 79.95<br />
V2600 4x Ocutech Sport BTS 1637.80<br />
OT #1 97003 Initial OT Evaluation 90.00<br />
OT #2 97530 OT training session 36.00x2 units<br />
OT #3 97535 OT training session 36.00x 2 units<br />
OT #4 97535 OT training session 36.00x 2 units<br />
Total 2484.75<br />
Special Thanks<br />
Dr. Woo<br />
Dr. Perez<br />
Dr. Modi<br />
Dr. Hooper<br />
Dr. O'Hara<br />
Danny Zander<br />
Dr. Desai<br />
Dr. Frogozo<br />
Dr. Knighton<br />
Dr. V<br />
Dr. Villafane<br />
Dr. Yousefi<br />
5/15/2012<br />
11
Question/Comments<br />
Strowmatt Driving Rehabilitation<br />
Defensive Driving Habits<br />
Keep your eyes moving and be<br />
alert<br />
See the whole picture and<br />
anticipate what they other<br />
driver will do in advance<br />
Be sure you are seen<br />
Follow at a safe distance (four<br />
second rule)<br />
Be sure you have an escape<br />
route as a last resort<br />
Be prepared by knowing where<br />
you are going in advance<br />
Use other aids as necessary<br />
(hats, visors, tinted lenses,<br />
magnifiers etc.)<br />
Driver Skills<br />
Vehicle speed control, shifting<br />
and braking<br />
Depth and spatial perception<br />
Steering<br />
Use <strong>of</strong> Mirrors<br />
Backing up and parking<br />
Knowledge <strong>of</strong> rules <strong>of</strong> the road<br />
and courtesy<br />
Compensation for low vision<br />
(practice announcing what you<br />
must react to)<br />
5/15/2012<br />
12
Characteristic lacunae<br />
<br />
RPE aden adenocarcinoma<br />
nocar ocar ocarcino cino i ma<br />
Take NOTE <strong>of</strong> intra-lesion NODULES<br />
Shields JA. Adenocarcinoma arising from congenital hypertrophy <strong>of</strong> the retinal pigment<br />
epithelium. Arch Ophthalmol . 2001<br />
Disclosure<br />
We have in some capacity worked for/<br />
with and/or received honoraria from the<br />
following companies over the course <strong>of</strong><br />
the last year:<br />
Alcon, Allergan, Carl Zeiss Meditec,<br />
Optos, Optovue, Reichert, Zeavision,<br />
Arctic Dx & Annidis<br />
<br />
Variability presentations<br />
Large<br />
Red-free<br />
1
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DOES THE SIZE OF THE LESION MATTER?<br />
Which one are you more concerned about?<br />
>7DD = 10.5mm<br />
Slightly bigger than 1DD = ~1.5mm<br />
2
To Find Small Ocular Melanoma<br />
5 feature that help identify small choroidal melanoma (Shield Ophth 1995)<br />
Thickness >2mm<br />
Orange pigment<br />
> 3 features = >50% chance <strong>of</strong> growth in 5 yrs<br />
Shield Arch Ophththalmol 2000<br />
FAF<br />
Symptomatic<br />
Fluid (subretinal)<br />
margins near ON<br />
(W/I 3mm)<br />
<br />
<br />
<br />
<br />
Why is Dx a small melanoma so critical?<br />
Diener-West M, et al. Arch Ophthalmol, 1992;110:245-250.<br />
Did you know<br />
Ocular melanocytosis (congenital hyperpigmentation <strong>of</strong><br />
peri-ocular skin, episclera, uvea, etc) may increase the<br />
chance <strong>of</strong> concomitant choroidal<br />
melanoma in WHITE pts<br />
Ocular melanocytosis affects .04% <strong>of</strong> WHITE<br />
1 in 400 WHITE pts w ocular melanocytosis<br />
develop uveal melanoma during their<br />
LIFETIME<br />
Follow up q6M w DFE<br />
Shield Ophthalmology 2011 n=89<br />
To Find Small Ocular Melanoma<br />
using helpful hints daily<br />
Shield Arch Ophthal 2009 (N= ~2,500 cases)<br />
UBM's Hollow ll<br />
Halo/Drusen absence<br />
Follow-up depends on<br />
# <strong>of</strong> features noted<br />
No signs: annual exam<br />
(rate <strong>of</strong> conversion is /= 3 signs: consultation<br />
This is likely a small melanoma<br />
3 sings:<br />
Lip<strong>of</strong>uscin<br />
Thicken<br />
Fluid<br />
Clinical Pearl:<br />
This is NOT melanocytosis<br />
Thin sclera =Sign <strong>of</strong> age <strong>of</strong> autoimmune disease<br />
3
COMS Results<br />
(Collaboration Ocular Melanoma Study)<br />
HOW WE DX MELANOMA<br />
Biopsy is not a necessity SINCE FA, UBM,<br />
photos & clinic assessment are 99% accurate<br />
in correct Dx<br />
Intrinsic vasculature<br />
Histopath Characterist. COMS Report #6 AJO June 1998<br />
COMS Results<br />
(Collaboration Ocular Melanoma Study)<br />
Paradigm shift in how we tx melanomas<br />
In regards to Larger size tumor, when enuclation<br />
is a necessity, the procedure did not require<br />
concomitant radiation to decrease the likelihood <strong>of</strong><br />
dissemination<br />
Question<br />
Which <strong>of</strong> the following depicts a retina<br />
undergoing hydroxychloroquine<br />
toxicity?<br />
<br />
COMS Results<br />
(Collaboration Ocular Melanoma Study)<br />
Paradigm shift in how we tx melanomas<br />
Plaque (I125 Brachytherapy) was as successful as<br />
enucleation for medium size melanoma, having<br />
equivalent survival rate up to 12yrs s/p treatment<br />
Most widely used tx for md size tumors is plaque<br />
plaque is generally left in place for 3-7 days. Radiation emitted<br />
from the plaque kills the cancer cells<br />
There are complications<br />
Laser photocoagulation and thermotherapy are re typically typ tyyp y ica i lly ll lly l y<br />
reserved for small tumors<br />
Small choroidal have a low 5 yr mortality rate<br />
COMS report no. 4. The Collaborative Ocular Melanoma Study Group. Arch Ophthalmol. 1997 Jul;115(7):<br />
886-93.<br />
Arch <strong>of</strong> Ophthalmol July 2001 119(7):969-982<br />
What is the most common location <strong>of</strong><br />
primary uveal melanoma to metastases:<br />
most common site for reoccurrence?<br />
Liver 93% according to COMS<br />
Brain<br />
Lungs<br />
Heart<br />
Breast<br />
Ocular melanoma has a high recurrence rate <strong>of</strong><br />
> 50% within 15 years <strong>of</strong> primary treatment.<br />
Arch <strong>of</strong> Ophthalmol May 2001 119(5):670<br />
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4
www.alberta-retina.com<br />
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BASELINE EXAMINATION<br />
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MONITORIN determine if si/s maculopathy have occurred<br />
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GOAL OF SCREENING<br />
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Protocol change in 2011<br />
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Factors Increasing Risk <strong>of</strong> Retinopathy<br />
(HR)<br />
Duration <strong>of</strong> use/daily dosage > 5 years or > 400 mg/day<br />
Cumulative Dose > 1000 g (total) = 400x365X7 yr<br />
High BMI Waist circumference >30 “<br />
Age Elderly<br />
Systemic Disease Kidney or liver dysfunction<br />
Ocular Disease Retinal disease or maculopathy<br />
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5
TDOCT<br />
SDOCT<br />
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AT BASELINE<br />
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6
SD OCT defect may be very subtle at 1st<br />
Normal<br />
Patient<br />
Further damage leads to Plaquenil Plaqu laq absence aaqu<br />
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Dr. Dr Dr. Dr Dr. Dr Dr. Dr Dr. Dr Dr. Dr Dr. J JShe J JJShe<br />
J JShe J J She Sh She Sh S She S She Sherman he h e eerma<br />
rman rm rma rm rman rm rman rm rman rma rman rm rma rman rma rman rm rman rma<br />
man mman<br />
m an a<br />
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7
OUR pt: thinning parafoveally likely represents early damage<br />
TEST should be repeated & check reliability<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
Supinferior Supinferior<br />
USE as many tests as possible to evaluate overall true toxicity<br />
8
9
Retinal Artery ery yOcc Occlusion<br />
us o<br />
TYPICALLY<br />
observed > 60yo<br />
Painless VL<br />
CF to HM acuity for r<br />
CRAO while BRAO O<br />
may only have VFD D<br />
or mildly affected VL<br />
+ APD<br />
May have had Hx <strong>of</strong><br />
TVL<br />
Optic atrophy w/ attenuated vessels<br />
Retinal hypoperfusion with a cherry red spot (in CRAO)<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
Treatment via unconventional path<br />
(AH sip thorugh tissue e arou aaround nd uvea)<br />
a<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
CRAO: Most common etiology<br />
10
Delayed arterial filling<br />
BOXCARRING<br />
(segmentation <strong>of</strong> the blood columns)<br />
Cilioretinal AO (branch <strong>of</strong> the short posterior ciliary)<br />
CarotidophthalmicShort post ciliary artery<br />
CRAO<br />
Good prognosis with most cases having VA better than 20/50 after a few weeks<br />
Courtesy <strong>of</strong> Dr. M. Rafieetary<br />
Initial<br />
Representation <strong>of</strong> an OLD CRAO<br />
Follow-up<br />
What does the retina look immediately following the event?<br />
Retinal physician<br />
11
1-24 hrs window <strong>of</strong> opportunity<br />
Primates studies show retinal tissue w/o O2 doesn’t survive >90min<br />
Within a day worth a TRY:<br />
In <strong>of</strong>fice options:<br />
Digital massage: increase artery pressuredilate artery<br />
Hyperventilation in a brown paper bag: retinal autoregulation<br />
Ophthalmology referral<br />
A/C Paracentesis<br />
Diamox to lower IOP quickly<br />
Injection to dissolve fibrin or blood clots (thrombolytic)<br />
CONTROVERSIAL<br />
Although carotid doppler is very helpful in systemic<br />
Dx…a younger pt needs extensive work-up<br />
Associated complications<br />
Stroke<br />
Myocardial infarction<br />
Very common complication<br />
Main cause <strong>of</strong> death<br />
mortality rate <strong>of</strong> 54% was shown within 7 yrs<br />
Remember, fellow eye involvement if GCA is cause in<br />
OLDER pts!<br />
Carotid artery disease eval<br />
Atherosclerosis or dissection<br />
GCA evaluation<br />
Infectious etiologies<br />
Bacterial Endocarditis<br />
Syphillis/ Lyme/HIV<br />
Cardiac evaluation<br />
Hyperviscosity syndromes<br />
Leukemia<br />
Lymphoma<br />
SC in blacks<br />
Clotting factor abnormalities<br />
homocysteinemia<br />
Anti-phospholipid syndrome<br />
Cardiac valvular disease<br />
Vasospam<br />
Atrial fibrillation<br />
Cocaine use<br />
CVD & HTN/DM/chol (as risk factors)<br />
Causes such as smoking, migraine & birth control pill are Dx exclusion<br />
Attenuation <strong>of</strong> artery due to GCA<br />
12
Common clinical picture<br />
Headache<br />
AION<br />
Retinal artery occlusion<br />
diplopia<br />
history <strong>of</strong> AF/TIA<br />
Have you had a sudden TEMPORAL headache?<br />
Any associated scalp tenderness?<br />
Is it painful to chew?<br />
Swollen/thicken temporal artery<br />
May be tender and pulseness<br />
Jaw claudication 2° to insufficient blood supply to jaw<br />
GRADUAL Unilateral VL<br />
Associated with “aching” orbital pain<br />
AF & TIA<br />
The 1/3 rule VL<br />
OIS = CAD + ocular manifestations<br />
(55-80 yo) males<br />
Have you felt unwell lately?<br />
Lost <strong>of</strong> appetite or unintentional weight loss<br />
Malaise (general uneasiness)<br />
Night sweats/fever<br />
Do you experience aching <strong>of</strong> neck, upper arms, shoulders?<br />
Polymyalgia rheumatica<br />
muscle aches (deep)<br />
Neck manipulation<br />
What are you hearing?<br />
100% occlusion<br />
OIS:<br />
Ocular ischemic syndrome<br />
13
Most common retinal findings (>20% <strong>of</strong> case)<br />
Hypoperfusion (Venous Stasis) Retinopathy<br />
Anterior<br />
IOP typically low<br />
Idiopathic uveitis<br />
Cataract<br />
Corneal edema<br />
Dilated episcleral<br />
vessels<br />
Neovascularization<br />
(in absence <strong>of</strong> DR)<br />
Posterior<br />
Hemorrhages & CWS<br />
Dilated veins<br />
Macular edema<br />
Asymmetrical DR<br />
____<br />
AION<br />
Artery occlusion<br />
Retinal emboli<br />
Different color threads woven together to make<br />
the diagnostic fabric<br />
OIS<br />
Mid-peripheral<br />
Dilated NON-tortuous veins<br />
Scares dot blot hemorrhages<br />
Associated anterior segment<br />
CRVO<br />
Posterior pole<br />
Carotid problem, which needs<br />
treatments leads to:<br />
Strokes<br />
Common cause <strong>of</strong> strokes are due to<br />
embolism<br />
Typically associated with TIA/AF<br />
Cardiac problems<br />
5 yr mortality rate is 40% in OIS pts<br />
Dilated tortuous veins<br />
Confluent superficial and<br />
intra-retinal hemorrhages<br />
14
Now What?<br />
Don’t Substitute a Part<br />
Of Any Person<br />
For the Whole Person<br />
KEY POINT<br />
Hyperglycemia aggravates all <strong>of</strong><br />
the metabolic abnormalities <strong>of</strong> DM<br />
Improving blood glucose control<br />
improves virtually all metabolic<br />
abnormalities asociated with DM<br />
1. Diabetes care 30:713-715, March 2007.<br />
15
A1C for Diagnosis<br />
ADA, EASD, IDF expert panel recommends<br />
HbA1c now be used as front-line test for<br />
diabetes Dx<br />
HbA1c > 6.5% diagnostic for DM<br />
HbA1c <strong>of</strong> > 5.7% but < 6.5% diagnostic for<br />
pre-diabetes<br />
HbA1c is a better predictor <strong>of</strong> DR than FPG<br />
Diabetes Care 2009 November;32(11): 2027-32<br />
<br />
1. Saudek et al. Panel concensus in J. Clin Endo and Met 7/08.<br />
2. Pradham et al. Am J Med 2007;120:720-727.<br />
<br />
<br />
DM without<br />
retinopathy<br />
Mild -Moderate<br />
NPDR<br />
Severe-Very Severe<br />
NPDR<br />
12 months<br />
6-12 months<br />
2-4 months<br />
16
Klein, Klein, Moss, et al. Epidemiology <strong>of</strong> retinal VO: Beaver Dam Eye Study. Trans Am Ophthalmol Soc 2000; 98: 133-41<br />
How would they manage this?<br />
BP: 150/98 mmHg<br />
What do you do next?<br />
46 BF<br />
Hx HTN & Overweight<br />
BP: 160/90<br />
How would you managed this in 2002 vs 2012?<br />
IVK(SCORE)<br />
Off label CRVO<br />
BP: 150/98 mmHg<br />
In era <strong>of</strong> new Tx options how would<br />
SHE and HE managed VO/ME?<br />
Steroid implant<br />
Ozurdex CRVO/BRVO<br />
FUTURE<br />
VEGF trap<br />
Copernicus/Galileo Study<br />
Anti-VEGF<br />
BRAVO/CRUISE<br />
CRVO/BRVO<br />
Laser for BRVO/ME<br />
MORE DATA ON Tx OF VO/ME RELEASED IN 2009<br />
THAN HAVE BEEN IN THE LAST DECADE<br />
Retinopathy & HIGH BP<br />
One requires immediate attention while the other<br />
requires timely/appropriate medical referral<br />
18
Severe Hypertension + NO End-Organ Damage<br />
Typically identified during routine evaluation<br />
Usually represents chronic hypertension,<br />
especially those that do not adherence to drug<br />
therapy or inadequate treatment by the PCP.<br />
Warrant attention but…<br />
“no evidence to suggest that failure to aggressively lower BP in<br />
the ER is associated with any increased short-term risk “<br />
JNC 7<br />
<br />
<br />
<br />
<br />
“Hypertensive emergencies are characterized severe<br />
elevations in BP (>180/120 mmHg) complicated by<br />
evidence <strong>of</strong> impending or progressive target organ<br />
dysfunction.” (JNC 7 )<br />
CNS, cardiovascular or renal…hypertensive encephalopathy,<br />
intracerebral hemorrhage, acute myocardial infarction, left ventricular<br />
failure with pulmonary edema…<br />
Require immediate (but slow) BP reduction (not necessarily<br />
to normal ranges) to prevent or limit organ damage.<br />
<strong>of</strong>ten admitted through the ER for aggressive treatment.<br />
Survival rate has changed from 80% (if treated) in 5 yrs<br />
<br />
<br />
<br />
▪ <br />
▪ <br />
<br />
<br />
<br />
<br />
Urgency but not an emergency<br />
Advise to PCP this week and RTC 1M<br />
Lane Am J Hypertension 2009<br />
19
▪ <br />
<br />
CC: Headaches X 2 M<br />
PMHx: HTN<br />
Meds: 2 anti-HTN meds<br />
BCVA: 20/30 OD, OS<br />
P: (-) APD<br />
BP: 220/115 mmHg<br />
She was referred to ER BUT…<br />
What I learned from this case?<br />
Directly call & send pictures<br />
Now it has become an<br />
emergency!<br />
Healthy patient??...<br />
32 yo male healthcare pr<strong>of</strong>essional in Midwest<br />
2-3 month history <strong>of</strong> cough, dyspnea, chills, malaise<br />
Recently returned from International travel<br />
No improvement with antibiotics and PO prednisone<br />
Abnormal chest x-ray<br />
Good vision<br />
Referred to Pulmonologist<br />
20
Calcified Granulomas<br />
Differentials?<br />
TB<br />
Sarcoid<br />
Histoplasmosis<br />
Lymphoma<br />
Chest X-ray<br />
Systemic Histoplasmosis<br />
Caused by Histoplasma capsulatum, a dimorphic<br />
fungus, that turns into a yeast at body temperature<br />
Endemic to Ohio, Mississippi, and Missouri River<br />
valleys<br />
Aerosolized fragments result in alveolar deposition<br />
Most infected people are asymptomatic<br />
Can involve CNS, liver, spleen, eyes, rheumatologic<br />
system, and hematologic system<br />
Histoplasmosis cont.<br />
Symptoms can occur 3-14 days after exposure<br />
Approximately 250,000 infected annually<br />
Clinical manifestations in less than 5%<br />
About 90% with acute pulmonary histo are asymptomatic<br />
Enlarged hilar and mediastinal lymph nodes in 5-10% <strong>of</strong><br />
patients<br />
Affects males 4:1<br />
Progressive disseminated histo mostly occurs in<br />
immunocompromised patients ex: AIDS<br />
CT ordered with<br />
contrast<br />
Labs ordered<br />
CBC Normal<br />
Normal Liver function<br />
ESR 46 mm/hr<br />
Negative TB skin test<br />
ACE 44 U/L (7-46)<br />
Histo Mycelial Ab Normal<br />
Histo Anti H Ab 1:32<br />
Case continued<br />
Ocular Histoplasmosis<br />
Linked to H. capsulatum (A fungi)<br />
found in soil with high concentration <strong>of</strong> fecal material<br />
(excrements) from chickens, pigeons and bats<br />
GUANO…OH MY!<br />
Testing<br />
Inhale<br />
spores<br />
CBC generally normal<br />
Sputum cultures yield positive results in only 10-15% <strong>of</strong> acute pulmonary<br />
histo<br />
Complement fixing antibodies<br />
Greater than 1:32 suggests active<br />
Positive 5-15% <strong>of</strong> within 3 wks <strong>of</strong> exposure<br />
Positive 75-95% at 6wks<br />
Immunoprecipitating antibodies<br />
Anti-M detected in 50-80%, and remains elevated for years<br />
Anti-H detected in 10-20% and becomes undetectable after 6mos. This antibody is<br />
most specific for active histo<br />
Imaging studies<br />
Chest X-ray<br />
CT scan<br />
HLA-B7, HLA-DR2 and may be elevated more in people with CNVM<br />
21
Possible associations<br />
May develop Flu like symptoms (but not as common)<br />
scars in lungs<br />
dense nodules with central calcification<br />
44WM<br />
Refer for possible neoplasm nodule in lung<br />
Note: calcifications<br />
Peripapillary atrophy<br />
May represent<br />
atrophied granulomas<br />
that formed during<br />
active infective stage<br />
<strong>of</strong><br />
Neovascular membranes<br />
can form here, and<br />
involve macula<br />
Courtesy <strong>of</strong> Dr,. J Sherman<br />
Treatment<br />
No treatment needed if asymptomatic<br />
Treatment if symptomatic, or progressive<br />
Treatments<br />
Amphotericin B: drug <strong>of</strong> choice for overwhelming active<br />
histo, administered by IV<br />
Itraconazole: Fungistatic, very active against Histo, minimal<br />
side affects<br />
Liver functions must be monitored<br />
Approximately 86% success when treating > 2mos<br />
Ketoconazole: Fungistatic, well tolerated, does not cross<br />
blood/brain barrier<br />
OHS<br />
Histo Spots<br />
Atrophic yellowish white<br />
scars from previous<br />
multifocal or disseminated<br />
choroiditis<br />
Can form streaks<br />
22
Treating CNVM from Histo<br />
MPS<br />
Submacular Surgery (SST)<br />
PDT<br />
Anti-VEGF Therapy<br />
1. Thomas, Matt at Barnes Retina in St. Louis 3/2008 2. Surg vs observ with POHS<br />
CNVM. SST group. Arch Ophth 12/08<br />
23
He said<br />
She said<br />
OCT Grand Rounds: The “HD” Experience<br />
Unprecedented imaging, helping<br />
differentiate macular abnormalities<br />
What we may not see w/o an OCT:<br />
early MH, VMT, small drusen/exudates, subtle edema, early<br />
ERM, PIL, early CNV…<br />
and also aids in monitoring pts s/p AVT<br />
Can you appreciate the differences?<br />
OS in 2010<br />
OS in 2011<br />
<br />
<br />
<br />
<br />
<br />
These affiliations will have no affect<br />
on the content <strong>of</strong> this lecture<br />
HOW ABOUT NOW?<br />
20/50 + <br />
2011 RT 311<br />
Case in point<br />
VMT and early Macular hole may be missed without OCT<br />
1
24 WM<br />
CC: Decreased VA longstanding<br />
since young<br />
seems to have “gotten” worse<br />
BCVA: 20/300 OD, OS<br />
CV: 0/8 plates<br />
P: (-) APD<br />
No FR<br />
Is this another achromotopsia case?<br />
Solar maculopathy: localized IS/OS disruption w intact RPE<br />
Laser-like defect with surgical precision…<br />
Unfortunately there is NO tx (so REFERRAL is NOT a necessity)<br />
So what is the dx?<br />
MH 4<br />
OD<br />
artifact<br />
Courtesy Drs. Yu & Paterson<br />
OS<br />
Courtesy <strong>of</strong> Dr. Yu<br />
OCT OC OCT C he hhelps lps lp lps lp ps p in<br />
in DD DDx DD DDx<br />
Described as “punched out” zone with complete absence <strong>of</strong> PIL<br />
RASTER image gives us<br />
higher resolution<br />
PIL important in visual function…<br />
2
Advanced RPE Analysis<br />
Gain new insights on your AMD patients<br />
• RPE Elevations. If the RPE<br />
is raised above a baseline<br />
plane, a new proprietary<br />
algorithm for Cirrus maps<br />
and measures the area and<br />
volume <strong>of</strong> the elevations.<br />
• Sub-RPE Illumination. If<br />
the RPE is absent or has<br />
lost integrity, the OCT<br />
beam penetrates into the<br />
choroid. A new proprietary<br />
algorithm for Cirrus can<br />
determine when this occurs<br />
and then map and measure<br />
the affected area.<br />
Carl Zeiss Meditec, Inc Cirrus 6.0 Speaker Slide Set CIR.3992 Rev B 01/2012<br />
RPE Elevations Sub-RPE Illumination<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
Following change <strong>of</strong> DRY AMD in the future<br />
13<br />
13<br />
Dr. C Puliafito<br />
<br />
This measurements will be important in future research…<br />
Changing the face <strong>of</strong> GA: Monitoring GA<br />
Single snapshot <strong>of</strong><br />
macula encompassing metrics<br />
Giovanni Gregori, PhD, <strong>of</strong> BPEI published in retinal physician 2010<br />
3
Courtesy Drs. Frauens & Besada<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
OD<br />
OS<br />
<br />
OS foveal<br />
contour<br />
Pt did have metamorphopsia (amsler) OS only<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
Is this a FULL thickness MH?<br />
What do you think now?<br />
4
• <br />
• <br />
• <br />
• <br />
• <br />
TDOCT<br />
SDOCT<br />
VMT or ERM may or may not be observed<br />
<br />
<br />
FTMH<br />
Witkin AJO march 2006<br />
Baseline important<br />
for documenting<br />
current function &<br />
structure<br />
Protocol change in 2011<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
5
RPE en face Slab Analysis OU<br />
ESTABLISHED maculopathy<br />
<br />
<br />
<br />
<br />
33<br />
SD OCT defect may be very subtle at 1st<br />
Normal<br />
Patient<br />
Further damage leads to absence <strong>of</strong> PIL Plaquenil Plaqu Plaq Plaquen laq aqu en ennil<br />
l<br />
Patient Patie Pat atie a nt t<br />
Saucer Sauc Sau Sauc Sau Sauc Sa Sauc Sau<br />
auc a auc a uc ucer<br />
er ra a aappearance<br />
a aappea<br />
a<br />
ppea ppe ppea ppe ppea pp ppea ppe ppea ppe ppea ppe pp ppea ppe pp ppea pppea p pea pe pea e eea<br />
a ranc ran ranc rranc ran rranc ra ranc anc an nc e<br />
Courtesy Courte Cou Courte Cou Courte CCo Courte ourte ou rte rt te t e sy y yD y yDr y yyDr<br />
y D DDr<br />
DDr<br />
D Dr. Dr Dr.<br />
Dr. Dr Dr. Dr Dr. Dr Dr. Dr Dr. J J JJShe J JShe J She<br />
Sh S Sh She Sh<br />
S She S She Sherman he heerm<br />
rman rma rman rm rma rman rma rman rm rman rm rman rm rman rma rman rm rma man an a<br />
The thinning parafoveally likely represents early damage<br />
TEST should be repeated to check reliability<br />
6
ed<br />
<br />
10-2<br />
<br />
<br />
red<br />
<br />
10-2<br />
Case where toxicity may be noted, it may be helpful to use as<br />
many tests as possible to evaluate overall true toxicity<br />
7
Previously Dx w ERM…is it? <br />
Going beyond POAG…<br />
Vision has worsen over the past yr<br />
(20/80)<br />
Reason?<br />
14D myope<br />
note<br />
Courtesy Drs. M. Rafieetary & J. Sherman<br />
<br />
Notice the collapse <strong>of</strong> the retinal layers, creating Mini Bulges.<br />
<br />
<br />
<br />
TRACTION<br />
8
50HF<br />
Asymptomatic<br />
PMHx: unremarkable<br />
En face RPE reference<br />
Note deep elevation…DDx?<br />
Our pt does NOT have this<br />
What is it?<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
<br />
En n face fac fa fac fa e eR e eR e eR e eR e eR e RPE R RRPE<br />
PE P reference ref re ref ef efer er ere er ere er ere r nce nc nce ce<br />
Vitritis view<br />
<br />
<br />
So what is the difference?<br />
Small melanoma<br />
9
WHAT A<br />
OCT<br />
Courtesy <strong>of</strong> Dr. J Sherman<br />
OCT: Retinoschisis vs. Retinal Detachment<br />
Retinoschisis in a HIGH Myope<br />
Retinal Detachment<br />
What are we looking at?<br />
Is this a BRVO?<br />
Tri-layer Tri Ti Tri T Tri r ri rii<br />
-la la layer a yer y er e hemorrhage<br />
hem he hem he em orr orrhag hag ag age e<br />
Is this an artery or vein<br />
10
58 DM pt<br />
Is this neo <strong>of</strong> the disc?<br />
2 presentations in pts w vein occlusions<br />
Refer either, neither or both?<br />
FRIEND OR FOE?<br />
How about this one?<br />
Small thick bud<br />
Another peripapillary<br />
vascular loop<br />
Courtesy <strong>of</strong> Dr. J Sherman (Retina Revealed)<br />
What’s the dx? Referral?<br />
Nevus with drusen<br />
or CHRPE with lacunae?<br />
Project forward<br />
11
This is a nevus with drusen<br />
<br />
<br />
<br />
Note<br />
650um<br />
Note choriocapillary thinning overlying the nevus<br />
Shield believes that EDI OCT can give precise measurement <strong>of</strong><br />
tumor thickness with comparatively reduced thickness relative to<br />
ultrasonography<br />
Decrease vision since birth<br />
Another pigmented lesion<br />
20/200<br />
But the macula doesn’t seem affected<br />
You Have Some Nerve<br />
12
26yo 10D Myope<br />
Swelling inferior? Dx: Congenital Glial Tissue<br />
Glial tissue with associated ERM<br />
traction<br />
GDx<br />
Is this peripapillary edema (20/30)?<br />
What’s going on here?<br />
Is this related?<br />
13
vitreoPAPILLARY traction<br />
Associated with VMT<br />
Would you refer either, neither or both?<br />
BOTH have a VFD and BOTH are 20/20<br />
OU<br />
OU<br />
OCT criteria for ON edema: A review<br />
Elevation <strong>of</strong> nerve with smooth internal contour<br />
Increased RNFL thickness<br />
beyond the Nerve<br />
Johnson Opt 2009<br />
2009<br />
Has traction on the macula<br />
worsen with time?<br />
BCVA remains at 20/30<br />
2010<br />
Other si/s to look for in papilledema:<br />
Note the elevation height & smoothness <strong>of</strong> the internal<br />
contours (-) SVP, in HA, a papilledema TVOs, diplopia case & tinitis<br />
Another edema sign<br />
Lazy V-pattern (Savini)<br />
14
Simple Modulation<br />
<strong>of</strong> ONH drusen<br />
Other si/s noted in ONH drusen:<br />
abnormal trifurcation, absence <strong>of</strong> the cup<br />
& note the nerve appearance<br />
Macular RPE<br />
So which would you hold and which would you<br />
refer?<br />
Topographical image <strong>of</strong> optic pit noted<br />
using macular cube over ONH<br />
OCT criteria for ON drusen: A review<br />
Lumpy bumpy internal contour<br />
Wester Ophthalmic Surgery, Lasers and Imaging 2010<br />
Pt refer for glaucoma evaluation<br />
with possible notch & NFLD?<br />
Associated complications<br />
15
Seeing DOUBLE???<br />
So would you hold or refer?<br />
16