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Table of Contents - WOC 2012

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

PO-CAT-75<br />

Management <strong>of</strong> Postoperative Occlusio Pupillae After Cataract<br />

Surgery With Underlying Posterior Capsular Plaque<br />

Mahendra Manish (1) , Mahendra Youraj (1) , Mahendra Shally (1)<br />

1. Khairabad Eye Hospital<br />

Purpose: To demonstrate an effective technique to handle postoperative<br />

occlusio pupillae after cataract surgery and removal <strong>of</strong> the underlying posterior<br />

capsular plaque.<br />

Methods: A case report <strong>of</strong> a 7 year old boy who had undergone cataract<br />

surgery elsewhere followed by development <strong>of</strong> occlusio pupillae. Central iris<br />

tissue covered over and adherent to the PCIOL was dissected and removed<br />

using vitreoretinal scissors and forcep. Pupilloplasty was performed. Iris<br />

retractors were used to stretch the pupil and view the underlying posterior<br />

capsular plaque behind the PCIOL. Removal <strong>of</strong> the underlying posterior plaque<br />

was done with the help <strong>of</strong> modified cystitome and vitreoretinal scissors through<br />

the opening <strong>of</strong> previous iridectomy. This was followed by anterior vitrectomy<br />

and removal <strong>of</strong> viscoelastics.<br />

Results: The surgical technique resulted in a clear central visual axis. With<br />

appropriate postoperative management and control <strong>of</strong> inflammation by<br />

steroids; increased visual acuity was observed postoperatively.<br />

Conclusions: Difficult situations can be tackled by meticulous surgical approach<br />

and effective postoperative management.<br />

PO-CAT-76<br />

Refractive Results After Cataract Surgery in Patients with<br />

Keratoconus<br />

BAEZ-GONZALEZ DIANA ELIZABETH (1) , RETCHKIMAN-BRET MYRIAM (2) ,<br />

SAEZ-ESPINOLA FIDELIA (2)<br />

1. HOSPITAL GENERAL DE ZONA, IMSS HGZ 24<br />

2. ASOCIACION PARA EVITAR LA CEGUERA EN MEXICO, IAP<br />

Objective: To evaluate refractive results in patients with keratoconus after<br />

cataract surgery.<br />

Methods: Retrospective review <strong>of</strong> cases <strong>of</strong> patients with keratoconus after<br />

phacoemulsification cataract surgery with complete eye exam, corneal<br />

topography, anteroposterior axis and IOL calculation by immersion ultrasound.<br />

Complications and refractive results were registered. Exclusion criteria:<br />

Previous intraocular surgery, complications severely limiting postoperative VA.<br />

Results: Ten eyes were included. Average age was 52.9 SD 11.49. Preoperative<br />

VA CF 4 meters. Preoperative SE -14.23 D. Average K1 was 51.73 D, K2<br />

was 50.10 D. Average Central Pachymetry 455.4 µ. The anteroposterior<br />

axis average was 27.18 mm SD 2.81. Average IOL power was +2.05 D.<br />

Postoperative BCVA 0.5, Postoperative SE -1.54 D. Corneal incision was<br />

made at 80% <strong>of</strong> cases.<br />

Conclusion: Refractive results <strong>of</strong> patients with keratoconus and cataract are<br />

variable and patients should be warned <strong>of</strong> it.<br />

480<br />

PO-CAT-77<br />

Management <strong>of</strong> Traumatic Cataract - No More a Nightmare<br />

Rangarajan Ashok (1) , Agarkar Sumita (1) , Mukherjee Bipasha (1) , Bhargava<br />

Sagar (1)<br />

1. Sankara Eye Hospital<br />

Objective: This course is intended to give a detailed approach to a patient<br />

presenting with ocular trauma causing lenticular damage and will deal with all<br />

nuances <strong>of</strong> traumatic cataract management for surgeons practising in limited<br />

resource settings to those in tertiary eye care centres.<br />

Summary <strong>of</strong> Content: Ocular Trauma whether blunt or penetrating could result<br />

in injury to the crystalline lens causing visual disturbances. Traumatic lens<br />

opacification is a challenge as there may be associated ocular structure<br />

damage. Thorough ocular examination and judicious use <strong>of</strong> investigative tools<br />

to determine the nature and extent <strong>of</strong> damage helps in decision making. The<br />

decision making will rest on key issues such as age <strong>of</strong> the patient, integrity <strong>of</strong><br />

the globe and the capsule and presence <strong>of</strong> intraocular foreign body. The timing<br />

and technique <strong>of</strong> cataract surgery and primary or secondary lens implantation<br />

will determine the results. Biometry in an injured eye and the type <strong>of</strong> lens and<br />

its positioning with or without capsular support will also determine long term<br />

visual results.<br />

Target Audience: General Ophthalmologists<br />

Education Level: Intermediate<br />

PO-CAT-78<br />

Hypertonia <strong>of</strong> Lenticular Origin (HLO): Epidemiological Pr<strong>of</strong>ile<br />

Khtibari Zineb (1) , Rqibate Souad (1) , Chakib Abderrahim (1) , Rachid Rayad (1) ,<br />

Amraoui Abdelouahed (1)<br />

1. 20 Aout CHU<br />

HLO is a surgical emergency as engage the visual prognosis. The challenges<br />

consist <strong>of</strong> therapeutic treatment <strong>of</strong> hypertension and the risk <strong>of</strong> corneal and<br />

vitreous complications. The prognosis depends on the corneal and optic nerve<br />

damage. The purpose <strong>of</strong> the study is to determine the epidemiological and<br />

etiological cause <strong>of</strong> HLO and to propose treatment for each case.<br />

Materials and<br />

Methods: This is a retrospective study on 70 patients from January 2008 until<br />

December 2010 collected in ophthalmology department <strong>of</strong> UHC 20Août <strong>of</strong><br />

Casablanca.<br />

Result: bass visual acuity and ocular pain were present in 100% <strong>of</strong> cases,<br />

followed by corneal edema in 89% <strong>of</strong> cases. The main cause <strong>of</strong> hypertension<br />

was intumescent cataract. After introduction antiglaucoma medical treatment,<br />

the patients underwent surgical treatment; the extracapsular cataract extraction<br />

with implantation was performed in most cases.<br />

Discussion: The lens may be responsible for hypertension through several<br />

mechanisms. The diagnosis is purely clinical. After medical treatment, surgical<br />

treatment is cataract extraction.<br />

Conclusion: The original lens hypertension is a problem both in terms <strong>of</strong><br />

pathogenic than the therapeutic level. The diagnosis and understanding <strong>of</strong><br />

each alternative etiopathogenic is necessary for the surgery indication which<br />

usually necessary to preserve the function <strong>of</strong> the affected eye.

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