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Table of Contents - WOC 2012

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<strong>WOC</strong><strong>2012</strong> Abstract Book<br />

IS-PCM-MO 388 (4)<br />

Oculoplastic Surgery in an Outpatient Center<br />

Charonis Georeg (1)<br />

1. Athens Vision Eye Institute<br />

Modern Oculoplastic surgery can be safely and efficiently performed in oneday<br />

outpatient setting when strict criteria are met. This presentation addresses<br />

all pertinent issues e.g. equipment, anesthesia, personnel, organization and<br />

safety issues for providing the highest level <strong>of</strong> quality and patient satisfaction.<br />

Procedures such as aesthetic and reconstructive eyelid surgery, all aspects<br />

<strong>of</strong> lacrimal surgery including dacryocystorhinostomy and Jones tubes and<br />

selected cases <strong>of</strong> orbital surgery have been performed during this time.<br />

IS-PCM-MO 388<br />

How to Manage Your Own Facility (ESOPES)<br />

Bovet Jerome (1) , Perez Arturo (2) , Mitsui Iwane (3) , Baumgartner Jean-Marc (4) ,<br />

Georgariou Gregory (5)<br />

1. OnO Clinique de l›Oeil<br />

2. Centro Oftalmologico Tlalnepantla<br />

3. Mitsui Medical Clinic<br />

4. OnO Clinique de l›Oeil<br />

5. Athens Vision Eye Institute<br />

Purpose: With current developments, we have more and more ambulatory<br />

surgery centers. We will analyze the management <strong>of</strong> these centers.<br />

Summary <strong>of</strong> Content: We will explain how to build an efficient outpatient eye<br />

surgery center.<br />

• Introduction<br />

• How to start your own facility, Jerome Bovet<br />

• Six cataract surgeries in one hour with a 3 people team, Arturo Perez<br />

• Outpatient management on the Orthokeratology and CXL (Corneal Collagen<br />

Crosslinking) practice, Iwane MitsuI<br />

• Posterior vitrectomy in an outpatient clinic, Jean-Marc Baumgartner<br />

• Oculoplastic surgery in an outpatient center, Gregory Georgariou<br />

Target Audience: General ophthalmologists<br />

Educational level: Beginning, intermediate, advanced<br />

Free Paper: External Eye Disease, Cornea, Eye Banking<br />

Mon 20 Feb 10:30 - 12:00 Capital Suite 13<br />

FP-COR-MO 389 (1)<br />

Deep Anterior Lamellar Keratoplasty in Children<br />

Ashar Jatin (1) , Pahuja Shivani (1) , Ramappa Muralidhar (1) , Garg Prashant (1) ,<br />

Vaddavalli Pravin (1)<br />

1. L V Prasad Eye Institute<br />

Purpose: To evaluate outcomes <strong>of</strong> deep anterior lamellar keratoplasty (DALK)<br />

in children.<br />

Method: Retrospective analysis <strong>of</strong> pediatric DALK from 2001 – 2010.<br />

Result 26 eyes <strong>of</strong> 26 children, 7.82+4.64 years, m: f 13:13, underwent DALK<br />

for keratoconus (8),microbial keratitis (6), corneal scar (6), corneal keolid (3),<br />

chemical injury with limbal stem cell deficiency (2) and dermoid (1). Big bubble<br />

achieved in 5, while manual dissection done in 21. Patients followed up for<br />

30 days-6 years. Final vision ranged from counting fingers to 20/30 (mean<br />

sphere 2.32D, mean cylinder -2.5D). Complications were graft infiltrate (3),<br />

graft dehiscence (3), and Descemet’s detachment (2).<br />

Conclusion: DALK is feasible in children but does not <strong>of</strong>fer advantage over PK<br />

in terms <strong>of</strong> complications.<br />

380<br />

FP-COR-MO 389 (2)<br />

Deep Anterior Lamellar Keratoplasty for Congenital Corneal Keloid<br />

Pahuja Shivani (1) , Ashar Jatin (1) , Ramappa Muralidhar (1) , Chaurasia Sunita<br />

(1) (1)<br />

, Vemuganti Geeta<br />

1. L V Prasad Eye Institute<br />

Purpose: To evaluate the safety and efficacy <strong>of</strong> deep anterior lamellar<br />

keratoplasty (DALK) in cases Congenital corneal keloids.<br />

Design: Retrospective, descriptive interventional case series.<br />

Methods: We studied 3 eyes <strong>of</strong> 3 patients with congenital corneal keloids,<br />

which were characterized by glistening, chalky white elevated corneal lesions<br />

involving up to mid-deep stromal level, with healthy underlying endothelium.<br />

They underwent deep anterior lamellar keratoplasty. Clinical outcomes were<br />

assessed based on visual acuity, ocular manifestations, and clinical course<br />

during the follow up period and histopathology.<br />

Results: All the patients underwent an uneventful surgery using manual<br />

dissection <strong>of</strong> the stroma. Histopathology <strong>of</strong> the resected tissue revealed<br />

features suggestive <strong>of</strong> corneal keloid in the form <strong>of</strong> presence <strong>of</strong> thickened<br />

epithelium, absence <strong>of</strong> Bowman’s layer, fibro vascular hyperplasia and loss<br />

<strong>of</strong> stromal collagen arrangement. All the grafts remained clear throughout the<br />

period <strong>of</strong> follow up and there was no recurrence <strong>of</strong> the disease. We did not<br />

observe any untoward complication till the last follow up.<br />

Conclusions: Deep anterior lamellar keratoplasty is a very safe, effective<br />

modality in the management <strong>of</strong> congenital corneal keloid.<br />

FP-COR-MO 389 (3)<br />

Tear Film Osmolarity in Patients with Meibomian Gland Dysfunction<br />

Messmer Elisabeth M. (1) , Drillisch Jennifer (1) , Kampik Anselm (1)<br />

1. Department <strong>of</strong> Ophthalmology, Ludwig-Maximilians-University<br />

Purpose: To study tear film (TF) osmolarity in patients with obstructive MGD.<br />

Methods: 27 normal probands (17 female, 21-48 years, mean age 29 years)<br />

and 30 patients with MGD (15 female, 31-80 years, mean age 60 years)<br />

underwent VA testing, OSDI questionnaire, slit lamp examination, ocular surface<br />

staining, TF-BUT measurements, and Schirmer testing with anesthesia. Prior<br />

to all invasive procedures, TF osmolarity was determined in both eyes using<br />

the TearLab® osmometer. Maximal / mean TF osmolarities were recorded.<br />

Statistics were performed using Chi-Square- and Mann-Whitney-U-tests.<br />

Results: In patients with MGD, mean and maximal TF osmolarities were 298.6<br />

(+/-17.6) mOsmol/L and 303.5 (+/-18.8) mOsmol/L, respectively. In probands,<br />

mean TF osmolarities <strong>of</strong> 289.7 (+/- 7, 5) mOsmol/L, and maximal values <strong>of</strong><br />

293.4 (+/-10.1) mOsmol/L were measured. Maximal as well as mean TF<br />

osmolarities significantly differentiated between normal probands and patients<br />

with MGD (p=0.018 and p=0.03, respectively), TF osmolarity correlated to<br />

TF-BUT (p=0.007), Schirmer test (p=0.004), conjunctival (p=0.016) as well as<br />

corneal (p=0.05) staining. No correlation was evident to OSDI, percentage <strong>of</strong><br />

obstructed meibomian gland orifices, quality <strong>of</strong> meibom, and age.<br />

Conclusion: TF osmolarity as measured with the Tearlab® osmometer is<br />

significantly increased in patients with MGD and correlates with some clinical<br />

tests.

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