Abstract

Purpose. To describe a surgical technique using amniotic membrane transplant (AMT) with fibrin glue (FG) for treating smaller corneal perforations more practically and appropriately filling the defect. Method. A patient with noninfectious central corneal perforation, in 1 mm in diameter, was treated with FG-assisted AMT-plug. An AMT was folded in on itself twice by using FG then a small piece of this FG-AMT mixture was cut to maintain an appropriate plug for the site of the corneal perforation. The FG-assisted AMT-plug was placed in the perforation area by using FG. An amniotic membrane patch was placed over the plug, which was then secured by a bandage contact lens. Result. Surgery to restore corneal stromal thickness without recurrence of perforation. Conclusion. The FG-assisted AMT-plug allowed a successful repair of 1 mm in diameter corneal perforation. This technique was easily performed, thus seeming to be a good alternative to treat corneal perforations with restoring corneal thickness.

Highlights

  • Corneal perforations presenting as a result of infection, inflammation, or trauma are ophthalmic emergencies that urgently require appropriate intervention

  • The tissue adhesives cyanoacrylate and fibrin glue are widely used in smaller corneal perforations, they cannot be sustained in the defect site as a filling material [6]

  • We present an intervention of FGassisted amniotic membrane transplant (AMT)-plug for a corneal perforation of 1 mm in diameter and evaluate the corneal stroma stability until keratoplasty

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Summary

Introduction

Corneal perforations presenting as a result of infection, inflammation, or trauma are ophthalmic emergencies that urgently require appropriate intervention. Kim and Park reported on a way to eliminate the limitations of multilayer AMT [10] They maintained a thick single piece of 5- or 7-ply AMT by using fibrin glue (FG) between the sheets, a method called “augmented AMT,” and successfully treated corneal perforations in a range of 2–5 mm in diameter. This technique is very useful for larger corneal perforations, it is relatively difficult to prepare FG-assisted multilayer AMT and there is no need for the manipulation of separate pieces of AMT in small perforations. During the 5-month follow-up period of this patient after surgery and before the keratoplasty, the corneal integrity was stable and there was no recurrence of the epithelial defect

Surgical Technique
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