Abstract

To report a rare case of unilateral internal ophthalmomyiasis with complete visual loss. Method: An otherwise healthy 12 years old boy presented with redness and painful rapid loss of vision in his right eye for the past 12 days. There was no history of associated trauma. On examination, there was no perception of light in his right eye and normal vision in left eye. There was severe anterior and posterior segment inflammation which prevented the view of fundus. B-scan of the right eye showed diffuse choroidal and optic nerve thickening. Routine blood count and X-ray chest did not reveal any significant findings. In the midst of uncertainity regarding diagnosis and to relieve the patient from severe pain, enucleation of right eye was performed and histopathological examination of the specimen was done to confirm the diagnosis. Result: Histopathology report showed gross irregular inflammatory thickening of the choroid with severe granulomatous inflammation. There was an infective agent in the choroid having an outer cuticle and an irregular hyaline branching innner tube. These features were suggestive of ophthalmomyiasis of the choroid. Conclusion: Although rare, ophthalmomyiasis should be considered in the differential diagnosis of panuveitis. Early recognition of this condition, when tumour and other conditions are suspected, would avoid invasive surgical procedures, such as enucleation.

Highlights

  • The infestation of living vertebrate animal tissues by fly larvae is known as myiasis [1]

  • Eggs & larvae are transported to the eye surface by vectors such as ticks, mosquito’s & by patient’s hands

  • Myiasis of the eye lid has been reported from Cutebra larva [4] & D. hominis causing puncture of the skin & extrude ova beneath the surface or deposits their eggs on open wounds resulting furuncular, boil like lesions

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Summary

Introduction

The infestation of living vertebrate animal tissues by fly larvae (maggots) is known as myiasis [1]. Ophthalmomyiasis (Ophthalmic myiasis) is the infestation of the human eye, by the maggot of certain flies from the order of diptera. Orbit or nasal cavities, human infestation occurs. Eggs & larvae are transported to the eye surface by vectors such as ticks, mosquito’s & by patient’s hands. Less than 5% of human myiasis causes involvement of the eye [2]. The larva destroys the tissues with toxins & produces protein. Myiasis of the eye lid has been reported from Cutebra larva [4] & D. hominis causing puncture of the skin & extrude ova beneath the surface or deposits their eggs on open wounds resulting furuncular, boil like lesions

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